FEMS_online_version_v4

Transcription

WARSAW
20–24 September 2015
Final Program
WARSAW
UNIVERSITY
OF TECHNOLOGY
EUROMAT 2015 is tightly connected with E-MRS Fall Meeting 2015 (15-18 Sept.), organised by E-MRS
and “Materials Weekend“ (19-20 Sept.), organised jointly by E-MRS and FEMS under the auspice of EMF
www.euromat2015.fems.org
European Congress and Exhibition on Advanced Materials and Processes
1
Index
General Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Oral Sessions Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Symposia / Room / Day . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
Poster Sessions Chart & Area G . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Congress Venue . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Committees . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Welcome Letter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
FEMS Awards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Satellite Events . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
Scientific Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
Plenary Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
Area G . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41
Lecture Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51
Oral Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
Monday . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Tuesday . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
Wednesday . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84
Thursday . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99
Poster Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105
Tuesday . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106
Wednesday . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112
Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123
Exhibitors & Sponsors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145
3
General Program
Time
8:00-12:00
SATURDAY
SUNDAY
Sept 19th
Sept 20th
Registration
MONDAY
TUESDAY
WEDNESDAY
THURSDAY
Time
Sept 21st
Sept 22th
Sept 23th
Sept 24th
8:00-19:00
Registration
Registration
Registration
Registration
Exhibition
Exhibition
9:00-19:00
9:00-20:00
MATERIALS WEEKEND
20:45
Opening
Plenary AM1
AM1
AM1
AM1
10:30-11:00
Coffee break
Coffee break
Coffee break
Coffee break
11:00-13:00
Plenary AM2
AM2
AM2
AM2
13:00-14:30
Lunch
Lunch
Lunch
Lunch
13:00-16:00
G1
G2
G3
14:30-16:30
PM1
PM1
PM1
Plenary PM1
16:30-17:00
Coffee break
Coffee break
Coffee break
Closing
17:00-19:00
PM2
Poster session 1 Poster session 2
FIRST ROUND
19:30
20:00
8:30-10:30
Concert
Welcome
reception
Gala Dinner
SECOND ROUND
Concert
5
Oral Sessions Chart
Monday, 21 September
AM1
8:30-10:30
Opening
Ceremony
Dr Patrice
Turchi
Prof. Ke Lu
Symposium
PM1
PM2
14:30-16:30 17:00-19:00
A1.1
A1.2
A1.2-1
A1.3
Tuesday, 22 September
Wednesday, 23 September
AM2
11:00-13:00
Marek Darecki
Prof. Alan
Windle
Prof. Leigh
Canham
PM1
14:30-16:30
Closing Ceremony
Prof. Krzysztof J. Kurzydłowski
Prof. Jordi Sort
Dr Tony Tomsia
AM1
8:30-10:30
AM2
PM1
11:00-13:00 14:30-16:30
A1.1-1
A1.1-2
A1.2-2
A1.2-3
A1.2-4
A1.3-1
A1.3-2
A1.3-3
A1.1-3
AM1
8:30-10:30
A1.1-4
AM2
PM1
11:00-13:00 14:30-16:30
A1.1-5
AM1
8:30-10:30
AM2
11:00-13:00
A1.1-6
A2.1
A2.1-1
A2.1-2
A2.1-3
A2.1-4
A2.1-5
A2.1-6
B1.1
B1.1-1
B1.1-2
B1.1-3
B1.1-4
B1.1-5
B1.1-6
B1.2-7
B1.2-8
B2.3-1
B2.3-2
B3.2-1
B3.2-2
B3.2-3
C1.1-7
C1.1-8
C2.3-1
C2.3-2
C2.3-3
C3.3-6
C3.3-7
C3.3-8
C3.3-9
C4.2-1
C4.2-2
C4.2-3
D1.2-3
D1.2-4
D1.2-5
D2.2-1
D2.2-2
B1.2
B1.2-1
B1.2-2
B1.2-3
B1.2-4
B1.2-5
B1.2-6
B1.3
B1.3-1
B1.3-2
B1.3-3
B1.3-4
B1.3-5
B1.3-6
B2.1
B2.1-1
B2.1-2
B2.1-3
B2.2-1
B2.2-2
B2.2-3
B2.2
B2.3
B3.1
B3.1-1
B3.1-2
C1.1
C1.1-1
C1.1-2
C1.1-3
C2.1
C2.1-1
C2.1-2
C2.1-3
C2.2
C1.1-4
C1.1-5
C1.1-6
C2.2-1
C2.2-2
C2.2-3
C2.3
C3.1
C3.1-1
C3.1-2
C3.1-3
C3.2
C3.2-1
C3.2-2
C3.2-3
C3.2-4
C3.3-1
C3.3-2
C3.3-3
C4.1-2
C4.1-3
C4.1-4
C3.3
C4.1
C4.1-1
C3.3-4
C3.3-5
C4.2
C4.3
C4.3-1
C4.3-2
C4.3-3
D1.1
D1.1-2
D1.2
D1.3-1
D1.3-2
D1.3-3
D2.1
D2.1-1
D2.1-2
D2.1-3
D2.1-4
D1.1-3
D1.1-4
D1.2-1
D1.2-2
D2.1-5
D2.2
D2.3
D3.1
D2.3-1
D3.1-1
D3.1-2
D3.1-3
D3.1-4
D3.1-5
D3.3-1
D3.3-2
D3.3-3
E1.1-4
E1.1-5
D3.2
D3.3
E1.1
E1.1-1
E1.1-2
E1.1-3
E2.1
E2.1-1
E2.1-2
E2.1-3
B2.3-3
C4.3-4
D1.1-1
D1.3
A2.1-7
B3.1-3
B3.2
E3.1
D2.3-2
D2.3-3
D2.3-4
D2.3-5
D3.2-1
D3.2-2
D3.2-3
D3.2-4
E3.1-1
E3.1-2
E4.1-1
E4.1-2
E4.1-3
F2.1
F2.1-1
F2.1-2
F2.1-3
F2.1-4
F3.1
F3.1-1
F3.1-2
F3.1-3
F3.1-4
E4.1
F1.1
F3.2
6
Thursday, 24 September
F1.1-1
F1.1-2
F1.1-3
F3.2-1
F1.1-4
F3.2-2
F1.1-5
F3.2-3
Symposia / Room / Day
Monday, 21 September
Building
PM1
14:30-16:30
PM2
17:00-19:00
AM1
8:30-10:30
AM2
11:00-13:00
PM1
14:30-16:30
AM1
8:30-10:30
AM2
11:00-13:00
PM1
14:30-16:30
B1.2 - 1
B1.2 - 2
B1.2 - 3
B1.2 - 4
B1.2 - 5
B1.2 - 6
B1.2 - 7
B1.2 - 8
Thursday, 24 September
AM1
8:30-10:30
AM2
11:00-13:00
C4.2 - 3
MB
Main Hall
MB 134
MB 144
F1.1 - 1
F1.1 - 2
F1.1 - 3
F1.1 - 4
F1.1 - 5
E3.1 - 1
E3.1 - 2
C4.2 - 1
C4.2 - 2
MB 206
C2.1 - 1
C2.1 - 2
C2.1 - 3
C2.2 - 1
C2.2 - 2
C2.2 - 3
C2.3 - 1
C2.3 - 2
C2.3 - 3
B1.1 - 1
B1.1 - 2
B1.1 - 3
B1.1 - 4
B1.1 - 5
B1.1 - 6
E2.1 - 1
E2.1 - 2
E2.1 - 3
F3.2 - 2
F3.2 - 3
F3.1 - 1
F3.1 - 2
F3.1 - 3
A2.1 - 3
A2.1 - 5
A2.1 - 6
A2.1 - 7
F2.1 - 1
F2.1 - 2
F2.1 - 3
F2.1 - 4
MB 208
MB 213
F3.1 - 4
MB 215
F3.2 - 1
MB 219
A2.1 - 1
A2.1 - 2
C4.1 - 3
C4.1 - 4
A1.1 - 1
A1.1 - 2
A1.1 - 3
A1.1 - 4
A1.1 - 5
A1.1 - 6
D2.2 - 1
D2.2 - 2
D3.1 - 3
D3.1 - 4
D3.1 - 5
D1.2 - 1
D1.2 - 2
D1.2 - 3
D1.2 - 4
D1.2 - 5
MB 226
C4.1 - 1
C4.1 - 2
MB 231
A2.1 - 4
MB
Small Hall
MB 306
D3.1 - 1
MB 309
E1.1 - 1
MB 315
D3.1 - 2
E1.1 - 2
E1.1 - 3
E1.1 - 4
E1.1 - 5
B3.2 - 1
B3.2 - 2
B3.2 - 3
C3.3 - 1
C3.3 - 2
C3.3 - 3
C3.3 - 4
C3.3 - 5
C3.3 - 6
C3.3 - 7
C3.3 - 8
C3.3 - 9
B1.3 - 5
B1.3 - 6
D3.2 - 1
D3.2 - 2
D3.2 - 3
D3.2 - 4
D2.3 - 5
MB 327
C3.2 - 1
C3.2 - 2
C3.2 - 3
C3.2 - 4
MB 437
C4.3 - 1
C4.3 - 2
C4.3 - 3
C4.3 - 4
MB 437A
B1.3 - 1
B1.3 - 2
B1.3 - 3
B1.3 - 4
MF 40
C3.1 - 1
C3.1 - 2
C3.1 - 3
MF 101
A1.2 - 1
A1.2 - 2
MF 102
A1.2 - 3
A1.2 - 4
D1.3 - 3
D1.1 - 1
D1.1 - 2
D1.1 - 3
D1.1 - 4
MF 103
D1.3 - 1
D1.3 - 2
D3.3 - 1
D3.3 - 2
D3.3 - 3
E4.1 - 1
E4.1 - 2
E4.1 - 3
MF 107
C1.1 - 1
C1.1 - 2
C1.1 - 3
C1.1 - 4
C1.1 - 5
C1.1 - 6
C1.1 - 7
C1.1 - 8
PF
Auditorium
Level 1
D2.1 - 1
D2.1 - 2
D2.1 - 3
D2.1 - 4
D2.1 - 5
D2.3 - 1
D2.3 - 2
D2.3 - 3
D2.3 - 4
PF 113
B2.1 - 1
B2.1 - 2
B2.1 - 3
B2.2 - 1
B2.2 - 2
B2.2 - 3
B2.3 - 1
B2.3 - 2
B2.3 - 3
B3.1 - 1
B3.1 - 2
B3.1 - 3
A1.3 - 2
A1.3 - 3
PF 111
PF 309
A1.3 - 1
Main Building
MB
level 1: 134, 144
level 2: 206, 208, 213, 215, 219, 226, 231, Small Hall
level 3: 306, 309, 315, 321
level 4: 437, 437a
Physics Faculty PF
level 0: Physics Hall
level 1: 111, 113
level 3: 309
Mathematics Faculty MF
level 0: 40
level 1: 101, 102, 103, 107
7
Poster Sessions Chart & Area G
Monday, September 21
Symposium
13:00-16:00 G1
Main Building - Small Hall
Tuesday, September 22
13:00-16:00 G2
Main Building
- Small Hall
17:00-19:00 Poster Session 1
Physics Faculty - Physics Hall
Wednesday, September 23
13:00-16:00 G3
Main Building
- Small Hall
A1.1
A1.1
A1.2
A1.2
A1.3
A1.3
A2.1
A2.1
B1.1
B1.1
B1.2
B1.2
B1.3
B1.3
B2.1
B2.1
B2.2
B2.2
B2.3
B2.3
B3.1
B3.1
B3.2
B3.2
C1.1
C1.1
C2.1
C2.1
C2.2
C2.2
C2.3
C2.3
C3.1
C3.2
C3.3
C4.1
C4.2
C3.1
AREA
G1
Stimulus, Policy and Education
AREA
G2
C3.2
Promoting Transfer
of Materials
Technologies
C4.1
AREA
G3
C3.3
Strategic Materials
for Europe
C4.2
D1.1
D1.1
D1.2
D1.2
D1.3
D1.3
D2.1
D2.1
D2.2
D2.2
D2.3
D2.3
D3.1
D3.1
D3.2
D3.2
D3.3
D3.3
E1.1
E1.1
E2.1
E2.1
E3.1
E3.1
E4.1
E4.1
F1.1
F1.1
F2.1
F2.1
F3.1
F3.2
8
17:00-19:00 Poster Session 2
Physics Faculty - Physics Hall
F3.1
F3.2
Congress Venue
WARSAW UNIVERSITY OF TECHNOLOGY – CAMPUS
Main Building
MB
level 1: 134, 144
level 2: 206, 208, 213, 215, 219, 226, 231, Small Hall
level 3: 306, 309, 315, 321
level 4: 437, 437a
Physics Faculty ul.
al. Niepodległości
MATHEMATICS
FACULTY
PF
No
level 0: Physics Hall
level 1: 111, 113
level 3: 309
ak
ow
sk
ieg
o
Mathematics Faculty MF
level 0: 40
level 1: 101, 102, 103, 107
Speaker Preview Rooms
PHYSICS FACULTY
MB level 0: 2
MF level 0: 32
MAIN
BUILDING
ul. Nowowiejska
WARSAW UNIVERSITY OF TECHNOLOGY – MAIN BUILDING
Coffee Breaks, Lunches
21-24 September
Catering
Area
Catering
Area
Sunday 20 September
20:00 Welcome Reception,
Monday 21 September
Plenary Sessions
Speaker Preview Room
MB 2
Main Aula
For all speakers
Sunday 20 September
Monday 21 September
Tuesday 22 September
Wednesday 23 September
(Speaker Preview Room
only Mathematics Faculty
no. MF32)
Thursday 24 September
Main Aula
Exhibition
Exhibition
MB 2
Registration
Plenary Sessions
Level 0
9
Congress Venue
MB 134
MB 144
MB
Main Building/conference rooms
Level 1
134
144
Level 1
MB 219
MB
215
MB 226
MB 213
MB
MB 208
MB 231
MB
206
Small Hall
Level 2
10
Level 2
206
208
213
215
219
226
231
Small Hall
Congress Venue
MB 315
MB 309
MB
Level 3
306
309
315
327
MB 306
MB
327
Level 3
MB
422
MB
425a
MB
MB
426a
Level 4
437a
437b
MB
427a
MB
437a
MB
437
Level 4
11
Congress Venue
PHYSICS FACULTY
Physics Hall
Poster Session
Poster Session
Physics Hall
Coffee Breaks
21-24 September
Level 0
PF
Physics Faculty /conference rooms
Level 0
Physics Hall
PF 113
Level 1
111
113
Physics Auditorium
PF 111
Level 3
309
Level 1
PF 309
Level 3
12
Physics
Auditorium
Congress Venue
MATHEMATICS FACULTY
Speaker Preview Room
MF 32
MF 32
For all speakers
Monday 21 September
MF 40
Level 0
MF
Coffee Breaks
Mathematics Faculty /conference rooms
21-23 September
Level 0
40
Mathematics Faculty /conference rooms
Level 1
101
102
103
107
MF 103
MF 107
MF 102
MF 101
Level 1
13
Committees
SCIENTIFIC COMMITTEE
A. Lindsay Greer
University of Cambridge, UK
chair
Malgorzata Lewandowska
Warsaw University of Technology, PL
co-chair
Jürgen Hirsch
Hydro Aluminium Deutschland GmbH
- R&D - Bonn, DE
Laura Montanaro
Dept. Applied Science and
Technology – DISAT,
Politecnicodi Torino, IT
Boris Straumal
Institute of Solid State Physics,
Russian Academy of Sciences, RU
Brett Suddell
ASTUTE
College of Engineering, Swansea
University, South Wales. UK
Pawel Zięba
Institute of Metallurgy and Materials
Science, Polish Academy of
Sciences, PL
Hugh Dunlop
FEMS Executive Secretary, FR
(observer)
Eva Olsson
Chalmers University of Technology,
SE
Paula Vilarinho
University of Aveiro, Department of
Materials and Ceramics Engineering,
PT
MANAGING COMMITTEE
Wojciech Święszkowski
Faculty of Materials Science and
Engineering Warsaw University of
Technology
Łukasz Ciupiński
University Research Centre Warsaw
University of Technology
Tomasz Czujko
Military Technical University of
Technology in Warsaw
Dariusz Kata
AGH University of Science and
Technology
Andrzej Kiełbus
Silesian University of Technology
Łukasz Kaczmarek
Lodz University of Technology
THE EUROMAT 2015 ORGANIZER
Professional Congress Organizer – EUROMAT 2015
Administrative Secretariat
14
Welcome Letter
WARSAW 2015
Dear Attendee,
It is a great pleasure to welcome you to EUROMAT 2015 in Warsaw, Poland’s capital and largest city.
The EUROMAT conferences have taken place every two years since 1989. EUROMAT 2015 is the 14th in the series and is the
first to be held in Poland. It is organised by the Polish Society for Materials (PTM) on behalf of the Federation of European Materials
Societies (FEMS), of which PTM is a member society.
The conference comprises 39 symposia in 6 technical areas: (A) Functional Materials, (B) Structural Materials, (C) Processing,
(D) Characterization and Modelling, (E) Energy and Environment, and (F) Biomaterials and Healthcare. In addition, Area G covers
such important topics as research policy, education, technology transfer, strategic materials, and public attitudes towards our subject
of Materials Science & Technology.
We welcome around 1300 registered attendees representing 56 countries. The programme combines well over 800 oral presentations and 400 posters, and has been assembled through the hard work of more than 120 experts in different fields acting as Area
and Topic Coordinators, Symposium Organisers and Co-organisers. It is a pleasure to acknowledge the dedication of so many people
in putting together such a stimulating programme.
The conjunction with the E-MRS Fall Meeting held in Warsaw the week before EUROMAT, allows us to have a large programme
of events over the intervening weekend. This Materials Weekend is under the joint auspices of FEMS and the European Materials
Research Society (E-MRS) and the umbrella of the European Materials Forum (EMF). It includes a session on ‘Materials for Europe’,
a Young Scientist workshop, a School on Carbon Dioxide, a Granta Design workshop, and an Open Day with the Warsaw community.
Above all, it is good that we have a larger-than-usual programme of Tutorials. There are six on: Energy Materials, Graphene, 3D Characterization, Biomaterials, Materials Modelling, and Transferring Technologies to Industry, with some 20 to 60 students registered for
each. Our thanks go also to the large team of people who have made this Materials Weekend possible.
The technical programme of EUROMAT 2015 itself opens and closes with plenary sessions. Our eight plenary speakers include
high-level representatives from China and the USA, reflecting the FEMS wish to build links beyond Europe. Overall, the plenary
speakers will bring us perspectives from industry and academia, and they include the FEMS Award Winners for 2015: Prof. Krzysztof
Kurzydłowski (European Materials Medal), Prof. Leigh Canham (Materials Innovation Prize) and Prof. Jordi Sort (Materials Science
& Technology Prize). Our congratulations go to these award winners, as well as to Prof. Kyle Brinkman (FEMS/TMS Young Leaders
International Scholar) and to the two FEMS Lecturers, Dr Christian Greiner and Dr Henry Proudhon, who have their presentations
within the technical sessions.
We encourage you to visit the accompanying Technical Exhibition, where you will find an interesting range of more than 20 exhibitors.
Following the practice of EUROMAT conferences, no overall proceedings will be published, although some Symposia Organisers do
plan for publication in dedicated issues of scientific journals.
Finally, we reiterate our welcome toEUROMAT 2015. We are confident that you will find the conference to be enjoyable and stimulating, that you will profit from a wonderful time to meet colleagues and to learn about the latest advances in Materials Science &
Technology, and that you will appreciate the setting in a city that has so many attractions and such a rich history as Warsaw.
On behalf of the Scientific Committee and the Management Committee,
A. Lindsay Greer and Wojciech Swieszkowski
15
FEMS Awards
FEMS WILL PRESENT ITS HIGHEST AWARDS
FEMS European Materials Medal 2015
Krzysztof J. Kurzydłowski
Professor, Warsaw University
of Technology
National Centre for Research
and Development
Professor K. J. Kurzydłowski is a graduate of the Department of Technical Physics and Applied Mathematics of Warsaw
University of Technology. Initially his scientific interests included the properties of polycrystalline materials. He has studied
grain-boundary effects in metals, collaborating with M.W. Grabski, K. Tangri, R.Z. Valiev, B. Ralph and R.W. Armstrong. More
recently, he has focused on the fabrication and nanomaterials and on modelling their properties. Professor Kurzydłowski
held and holds a number of elective positions in institutions funding research and development in Poland (The State
Committee for Scientifi c Research, National Centre for Research and Development). He has been a member of Executive
Committees for E-MRS, F4E and has served as an expert for the European Commission.
FEMS Materials Innovation Prize 2015:
Leigh Canham
Chief Scientist, pSiMedica Ltd UK
Hon. Professor, University of
Birmingham
Leigh Canham is Chief Scientist at pSiMedica Ltd UK and has over 35 years’ experience conducting research on widely
differing aspects of semiconducting silicon technology. Two key personal discoveries – that silicon can emit visible light effi
ciently (1990) and be rendered medically biodegradable (1995) have had both academic and commercial impact. Leigh
has held an Honorary Professorship at the School of Physics, University of Birmingham, UK since 1999. In 2011 he was
a shortlisted fi nalist for the “European Inventor of the Year” Award from the European Patent Offi ce for his work on biodegradable silicon. In 2012 he became a Thomson Reuters Citation Laureate for his work on luminescent silicon.
FEMS Materials Science & Technology Prize 2015
Jordi Sort
ICREA Research Professor
Universitat Autònoma de Barcelona,
Spain
16
Jordi Sort received his PhD in Materials Science from Universitat Autònoma de Barcelona (UAB) in 2002. It was on
the study of magnetic exchange interactions in ferromagnetic-antiferromagnetic systems. He worked for two years as
Postdoctoral Researcher at the SPINTEC Laboratory (Grenoble) and subsequently spent six months at Argonne National
Laboratory (USA). He also held long-term secondments at the Grenoble High Magnetic Fields Laboratory and at Los
Alamos National Laboratory. At present, Prof. Sort leads the “Group of Smart Nanoengineered Materials, Nanomechanics
and Nanomagnetism (Gnm3)” at UAB. Recently, he was awarded a Consolidator Grant from the European Research Council
for the project, “Merging Nanoporous Materials with Energy-Effi cient Spintronics (SPIN-PORICS)”. He is also Coordinator
of the “SELECTA” Marie Curie Training Network, whose aim is to use electrodeposition for environmental sustainability
applications.
FEMS Awards
FEMS Lecturer
Christian Greiner
After receiving his Diplom-Ingenieur from the University of Stuttgart Dr Christian Greiner then obtained an MSc at
Northwestern University, Evanston USA and a PhD at the Max Planck Institute, Stuttgart in 2007. Subsequently he has
occupied several research positions including that of Postdoc. Associate at the University of Pennsylvania. Since 2013 he
is Head of the Independent Research Group on “Materials under Tribological Load” at the Karlsruhe Institue of Technology
(KIT). He was awarded the FEMS lectureship 2014 for his pioneering work in the fi eld of contact mechanics and tribology.
Analyzing the contact splitting phenomenon in gecko toe pads, he formulated adhesion design maps and developed
bio-inspired fi brillar adhesives. He now works on the role of structural changes for nanoscale friction, and on water
condensation in frictional contacts.
FEMS Lecturer
Henry Proudhon
After studying at Ecole Centrale Lyon for his MSc, Henry Proudhon defended is PhD at INSA in Lyon and subsequently held
two post-doctoral positions, working at the University of British Columbia (Vancouver) and at the MATEIS lab. (Lyon). Today,
he is working at the “Centre des Matériaux” of the Ecole des Mines Paris.
He was awarded the FEMS lectureship 2014 for his research focused on three problems in material science; i) short
crack propagation, ii) plasticity in polycrystalline materials and iii) solid damage induced by contact problems. His original
approach associates computer modelling in mechanics and physics with experimental developments, e.g. at ESRF, and
brings direct insight between material microstructure and mechanical properties.
TMS-FEMS Lecturer
Kyle Brinkman
Kyle Brinkman is an Associate Professor in the Department of Materials Science and Engineering at Clemson University in
Clemson, South Carolina. He received his Ph.D. in Materials Science and Engineering from the Swiss Federal Institute of
Lausanne (EPFL), obtained an M.S. in Materials Science and Engineering and a B.S. degree in Chemical Engineering from
Clemson University. He recently joined Clemson in 2014 from the DOE’s Savannah River National Laboratory (SRNL) where
he was a Principal Engineer in the Science and Technology Directorate and Program Manager for Energy Effi ciency and
Renewable Energy Technologies. Prior to working at SRNL, Kyle was a fellow of the Japanese Society for the Promotion
of Science working in a Japanese “National Laboratory” the National Advanced Institute of Science and Technology (AIST)
in Tsukuba, Japan. His research is focused on electronic ceramics for gas separation and processing in commercial and
nuclear domains, structure/property relations in solid oxide fuel cell systems, and radiation tolerant crystalline ceramics for
applications in nuclear energy.
17
FEMS Awards
FEMS EUROPEAN MATERIALS MEDAL 2015
Progress over the last 40 years in understanding the properties of polycrystalline metals
Krzysztof J. Kurzydłowski
Professor, Warsaw University of
Technology, National Centre for Research
and Development
The majority of metals used in industry are in the form of polycrystalline aggregates. This rationalizes interest in how
their properties depend on the geometry and physical properties of the constituent crystals. Initially, interest was
focused on the size of grains, with the pioneering works of N. Petch and R.W. Armstrong. Further progress was
possible based on the recognition of the variable properties of the grain boundaries, among others by H. Gleiter and
M.W. Grabski. In recent years interest in the effects of the grain size and the grain boundaries has been stimulated
by development of nanocrystalline metals. In parallel, new experimental tools have become available, such as
high-resolution microscopies, and nano-tomography. Enormous progress has also made in modelling, in particular
in employing Finite-Element Methods, but also in atomistic ab-initio computations and molecular dynamics. As a
result, our current understanding of polycrystalline metals permits optimization of their properties, as demonstrated
in the example of nanometals fabricated by the methods of severe plastic deformation. At the same time, there are
still areas in which further progress is needed, in particular on the understanding of highly localized reactions to the
applied load.
FEMS MATERIALS INNOVATION PRIZE 2015
Broadening the functionality of semiconductor silicon technology via materials science
Leigh Canham
Chief Scientist, pSiMedica Ltd UK and
Hon. Professor, University of Birmingham
18
The semiconductor silicon, at the heart of our electronics and solar cell industries, has often been referred to as the
most studied and influential material made by mankind. Nanostructuring it however has yielded some very surprising
properties and phenomena, many of which are surveyed in this lecture. Focus is given to two distinct areas:
• the physics behind, and exploitation of, quantum confinement effects in generating efficient visible-light emission
for silicon-based optoelectronics
• the biochemistry and exploitation of biodegradability and biocompatibility in medical therapy, nutrition and consumer care applications.
For widespread industrial use, nanoscale silicon will be required in a variety of physical forms and at widely varying
purity and cost. Solid silicon is commercially available in wafer form at electronics-grade 99.99999% purity down
to metallurgical-grade powders at 97-99% purity for the construction industry. For optoelectronics, sensing and
high-value medical uses, “top-down” wafer and powder electrochemical etching techniques have been developed
to generate nanostructured chips, membranes and particles at the kilogramme level. An exciting “bottom up” manufacturing opportunity will also be discussed to scale-up biogenic silicon production to the ton level by utilizing what
botanists refer to as “silicon accumulator plants” that take silicic acid molecules from the soil. It will be shown that earth
abundant plants like bamboo, rice, ferns, grasses and sugarcane contain and sometimes even secrete silica nanostructures. These can be chemically converted to solid silicon or silicon nanostructures of moderate purity, for specific
uses. Nanoscale silicon looks destined to become a very “green” and multifunctional nanomaterial in the future.
FEMS Awards
FEMS MATERIALS SCIENCE & TECHNOLOGY PRIZE 2015
Nanoporous materials: what can they bring to the fields of magnetism, solid state lighting or spintronics?
Jordi Sort
ICREA Research Professor, Universitat
Autònoma de Barcelona, Spain
Much progress has been made during the last few years in the synthetic pathways to prepare nanoporous frameworks with precise control of the porosity degree, pore size and crystallinity of the pore walls. This development has
been prompted by the widespread utilization of these materials in areas like catalysis, gas-sensing or electrochemical
energy storage, where a high surface area-to-volume ratio promotes an enhanced performance. To trigger new
functionalities, beyond the aforementioned ones, it is necessary to combine different synthetic strategies (e.g., colloidal templating, block-copolymer, electrodeposition or evaporation-induced self-assembly), in a synergistic manner,
to fine-tune the composition and microstructure of the resulting nanoporous materials. Also important is to implement new procedures to properly fill the nanoporous frameworks with suitable second-phase materials. In this talk,
the recent progress in the development of novel multifunctional nanoporous materials will be reviewed. First, the
synthesis of mesoporous oxide-diluted magnetic semiconductors (e.g., In2O3 or SnO2 doped with transition metals)
via nanocasting, using mesoporous SiO2 as parent templates, will be presented [1,2]. The resulting materials show
a ferromagnetic-like response at room temperature while keeping a high degree of porosity. In turn, highly ordered
antiferromagnetic mesoporous frameworks can be used as hosts to accommodate ferrimagnetic phases within their
gyroidal 3D porous network, hence rendering composite materials with high coercivity and pronounced shifts in the
hysteresis loops, indicative of interfacial antiferromagnetic-ferrimagnetic exchange coupling. Finally, one can also fill
nanoporous SiO2 templates with CdS to form a 3D network of photoluminescent material (i.e., quantum antidots), with
a wide emission spectrum over the entire visible range, thus suitable for solid-state lighting [3]. Besides these examples, the most significant technological challenges related to the near-future implementation of new applications based
on nanoporous materials will be highlighted. Further developments in the synthesis and characterization of these
materials are needed to open new avenues in diverse areas, such as biological labelling, electrocatalysis, water remedation or spintronics, where nanoporous alloys and oxides can certainly become new paradigm materials [4,5].
References
1. E. Pellicer, et al. Adv. Funct. Mater. 23 (2013) 900.
2. E. Pellicer et al., J. Phys.Chem. C 117 (2013) 17084.
3. E. Pellicer et al. J. Colloid Interf. Sci. 407 (2013) 47.
4. J. Zhang et al., Nanoscale 6 (2014) 12490.
5. M. Guerrero et al., ACS Appl. Mater. Interf. 6 (2014) 13994.
FEMS LECTURER
Materials Tribology: An emerging field in materials science
Christian Greiner
Karlsruhe Institute of Technology,
Institute for Applied Materials,
Kaiserstrasse 12, Karlsruhe, Germany
The science of interacting surfaces in relative motion (tribology) is of key importance in all systems containing moving parts. Friction, wear and the associated energy dissipation are major challenges from nanoelectromechanical
systems, through hip prostheses’ to offshore wind turbines and the deployment of satellites. In recent years, it has
become evident that the tribological properties of a material, like friction coefficient and wear rate, strongly depend
on the evolution of a nanocrystalline surface layer during the very beginning of a tribological system’s lifetime. The
materials science-based mechanistic understanding of this microstructure evolution under tribological loading is still
poor. Consequently, this is the research topic that my group is concentrated on. In my contribution, I will focus on a
reciprocating motion and on model materials like oxygen-free high-purity copper in contact with a sapphire ball. One
of the parameters we systematically varied was the sliding distance. I will present how an annealed microstructure is
transformed into the above-mentioned nanocrystalline surface layer with increasing sliding distance. We follow this
evolution with scanning electron and focused ion beam microscopy, accompanied by transmission electron microscopy and (3D)EBSD. One of the goals of this study is the formulation of a model description of the microstructural
changes based on energetic and mechanistic considerations in order to understand these changes and their influence
on tribological properties. This might allow for materials with tailored ultrafine microstructures, combining low friction
forces and very small wear rates.
This presentation will be given in Symposium C1.1.
19
FEMS Awards
FEMS LECTURER
Deformation and cracking of structural materials: from synchrotron X-rays investigations
to computational mechanics
Henry Proudhon
Centre des Matériaux, Mines ParisTech,
CNRS UMR 7633,
Evry France
The drive for innovation pushes forward better performances of structural materials subjected to severe service
loads (e.g. superalloys in turbine blades, steel rail/wheel contact, fatigue of aerospace Al alloys...). More than ever,
understanding the deep nature of plastic deformation and fatigue fracture of such materials appears as extremely
important.
Third generation synchrotrons (and free electron lasers in the future) are developing through Europe to help scientists
to investigate material problems, allowing unprecedented in situ experiments. Damage can be seen non destructively
in three dimensions with a submicrometre spatial resolution, stress probed by diffraction while the microstructure of
the material can now also be fully determined.
In the mean time, plasticity and fatigue fracture remain fascinating topics to study and model, with much to discover.
Conducting key experiments to serve as input to computational mechanics calculation (for instance by finite elements
using crystal plasticity) is a promising way forward. Calculating real microstructures and real crack geometries from tomographic images lead to very large scale calculations only possible with the advent of parallel and grid computing.
Several studies adopting this philosophy will be presented including fatigue cracking of a titanium alloy which led to
a new model for crack propagation in crystalline materials. An outlook about recent progress in the nanoscale where
the challenges are numerous (European network GDRi Mecano), will be presented.
This presentation will be given in Symposium D1.3.
TMS-FEMS LECTURER
Multiphase ceramic composites for membrane separations and nuclear waste immobilization
- The role of the Interface
Kyle Brinkman
Materials Science and Engineering,
Clemson University
20
The emergent properties arising from the interactions of phases including interfacial contributions and phase evolution
at the mesoscale present new opportunities, as well as challenges, for materials performance and functionality. This
presentation will highlight interfacial contributions to system level performance in two diverse fields: i) Mixed Ionic
and Electronic Conducting (MIEC) separation membranes and ii) Ceramic waste forms for nuclear waste storage.
Mixed ionic-electronic conductors are widely used in devices for energy conversion and storage. Grain boundaries
in these materials have nanoscale spatial dimensions, which can generate substantial resistance to ionic transport
due to dopant segregation. Here, we report a concept of targeted phase formation in a Ce0.8Gd0.2O2-δ-CoFe2O4
(CGO-CFO) composite that serves to enhance the grain boundary ionic conductivity. Using spatially resolved electron
microscopy, we probed the grain boundary charge distribution and chemical environments altered by the phase reaction between the two constituents. The formation of an emergent phase successfully avoided segregation of the Gd
dopant and depletion of oxygen vacancies at the Ce0.8Gd0.2O2-δ-Ce0.8Gd0.2O2-δgrain boundary. This resulted
in superior grain boundary ionic conductivity as demonstrated by the enhanced oxygen permeation flux. Durable
ceramic waste forms that incorporate a wide range of radionuclides have the potential to broaden the available
disposal options and to lower the storage and disposal costs associated with advanced nuclear fuel cycles. Recent
work has shown that they can be produced from a melting and crystallization process similar to melter technology
currently in use for High Level Waste (HLW) vitrification in several countries around the world. However, differences
in microstructure and elemental partitioning were observed compared with traditional processing methods, which
may impact the long-term stability and propensity for elemental release. Implications for controlling grain boundary
composition in these diverse applications of ceramic-ceramic composites ranging from MIEC membranes to nuclear
waste immobilization will be discussed.
This presentation will be given in Symposium E1.1.
General
Information
General Information
Congress Venue
Exhibition Opening Time
Warsaw University of Technology
Address: Politechnika Sq 1
00-661 Warsaw, Poland
tel: + 48 22 234 72 11
The EUROMAT 2015 Congress and exhibition will be held in the Main Hall
Warsaw University of Technology.
Tuesday
22 September
09:00-19:00
09:00-19:00
Entry to the Exhibition is included in the delegates registration fee.
Name badges
All delegates and exhibitors must wear their name badges at all times.
The conference venue is the campus of Warsaw University of Technology.
The origins of the Warsaw University of Technology date back to 1826,
the official commencement of educational programs in engineering in the
institution.
The historical Main Building is the symbol of Poland‘s largest and highest
ranking engineering university. It was the venue of many important
historical events: rallies, sessions, meetings and ceremonies. Today, the
famous University Audience Hall is a representative place for Warsaw.
How to arrive
Certificates
There will be a link in the EUROMAT 2015 website. To get your certificate
of attendance through the link provided, you must enter the code you will
find in your Congress Badge (cx.....).
Once entered, you will be able to see your personal data.
Check if all information is correct.
Print your certificate.
If there is something wrong please contact the EUROMAT 2015 Secretariat.
WiFi and Internet Access
Warsaw University of Technology is situated in the City centre just by the
Politechnika Metro station.
Warsaw bus and trams routes:
http://www.ztm.waw.pl/rozklad_nowy.php?c=182&l=2
Warsaw University of Technology is equipped for Wi-Fi access during the
Congress.
Catering
Coffee breaks are scheduled
Monday, Tuesday, Wednesday, Thursday
Monday, Tuesday, Wednesday
10:30 to 11:00
16:30 to 17:00
Buffet lunch for all delegates
Monday, Tuesday, Wednesday, Thursday
13:00 to 14:30
Social Events
Tutorials
Tutorials are organized:
On Saturday 19 September and Sunday 20 September.
Six tutorials are planned for mornings (9:00 –12:00): 2 parallel tutorials on
Saturday and 4 parallel tutorials on Sunday.
Registration opens on Saturday from 8:00 and Sunday from 8:00.
Registration and EUROMAT 2015 Secretariat
Sunday
20 September
Monday
21 September
22
12:00-19:00
08:00-19:00
08:00-19:00
08:00-19:00
08:00-17:00
Welcome Reception in the Main Hall - Warsaw University of Technology
(Congress Venue)
Politechnika Sq 1
Sunday 20 September 20:00 – 22:00
Included in the Registration fee
General Information
Chopin Concert at Holy Trinity Church
Tuesday 22 September FIRST ROUND 19:30–20:10
SECOND ROUND 20:45–21:25
Included in the Registration fee
The name of Frederic Chopin is well known worldwide among lovers of classical music. His mazurkas, études, polonaises and scherzos
have become a test of measure of any pianist’s talent. The stay in Warsaw
gives an excellent opportunity to sample his music in his native country.
The piano concert will take place in the Holy Trinity Lutheran Church – built in
18th century as a one of the first neoclassical buildings in Europe. A selection
of Chopin’s masterpieces, such as études, mazurkas, polonaises, nocturnes, impromptus, préludes, and scherzos will be performed by an excellent pianist.
Dinner at the Palace of Culture And Science
Wednesday 23 September 20:00–24:00
Address: Plac Defilad 1
The Palace of Culture and Science (Polish: Pałac Kultury i Nauki, also abbreviated PKiN) in Warsaw is the tallest building in Poland, the eighth tallest building
in the European Union. Originally commissioned by Stalin as a ‘gift from the
Soviet people’ the structure actually takes its inspiration from the capitalist world,
namely the Empire State Building. Lev Rudynev was put in charge of the design
and set about making the building into one of the most notorious examples of
Socialist Realist architecture in the world.
Speaker Preview
Speaker Preview Room – Main Building
(Level 0) room no. 2 (20, 21, 22, 24 September 2015)
Mathematics Faculty room no. 32 (Level 0) (21, 22, 23 September 2015)
Speaker Preview Room – Mathematics Faculty room no. 32
All speakers must load their presentation file (USB) in the Speaker Preview
Room.
Presentations must be loaded onto the central computer system. There
is no possibility to use personal laptops. Presentation uploading and and
revision should be done preferably on the half day before the start of
the corresponding session. For Monday morning presentations, it is
recommended to register and upload presentations on Sunday.
All computers in all meeting rooms have the following software:
Windows 7pro + Office 2010
Publication
There will be no publication of a complete proceedings. A conference pen
drive containing all the abstracts of Euromat 2015 website contents and
updated version of the delegates list, will be distributed to the delegates.
Transport
To minimize environmental impact, we encourage you to travel to the
congress venue by public transport, bicycle or by walking.
Poster Awards
Poster prizes will be sponsored by FEMS and Wiley publishers. Details will
be published on the website prior to the conference..
23
24
Satellite
Events
Satellite Events
Materials Weekend
19th-20th September, Warsaw University of Technology
All events are joint events organized by
the European Materials Research Society (E-MRS)
and the Federation of European Materials Societies (FEMS)
–under the umbrella of the European Materials Forum (EMF).
Materials Weekend 2015 focuses on 5 activities:
MEETING “MATERIALS FOR EUROPE”
19th September,
16:00-19:30
followed by a networking event,
Marriott Hotel (by invitation only)
EMF, FEMS and E-MRS are organising a joint event “Materials for Europe”, with representatives from the
European Parlament and the European Commission, from FEMS and E-MRS, from A4M and EuMaT, from
national materials societies in Europe and with authorities from Poland.
This event will be an important step to build the “Materials Common House”, as proposed by A4M and
focused in the MATCH program. A4M intends to provide an effective answer to coordinate research and
development needs, working within the framework of present and future European research and innovation
programs and initiatives.
AGENDA
I. Welcome addresses
4:00 pm: Michał KLEIBER, President European Materials Forum (EMF)
Rodrigo FERRÃO DE PAIVA MARTINS, President of the Senate of European Materials Research Society (E-MRS)
Ehrenfried ZSCHECH, Past President, Federation of European Materials Societies (FEMS)
II. Strategic presentations
4:30 pm: Clara DE LA TORRE, Director DG Research and Innovation, Directorate Key Enabling
Technologies
“Vision about the new challenges in the materials field”
4:45 pm: Christos TOKAMANIS, EU Head of Unit, Nano and Converging Sciences and Technologies
“New opportunities within Horizon 2020”
5:00 pm: Marco FALZETTI, Chairman Managing Board of Alliance for Materials (A4M)
“The European Materials Network”
5:15 pm: Jerzy KATCKI, Deputy Director of NCBR Warsaw, Poland
“Materials Research and Innovation in Poland”
5:30 pm: Konstantinos GIANNAKOPOULOS, Promotion of the Materials field towards citizens
5:45 pm: End of Session
6:00 pm: Round Table Panel
“Materials: a key factor for innovation in Europe”
Chair: Clara DE LA TORRE
Introduction: Rodrigo FERRÃO DE PAIVA MARTINS
Ehrenfried ZSCHECH
7:30 pm: End of the Session
7:45 pm: Dinner Buffet (by invitation only)
26
Satellite Events
EUROPEAN YOUNG SCIENTISTS WORKSHOP
19th and 20th September
09:00-20:00,
WUT, MINI Building
The program will include oral sessions and poster presentations, where PhD students can present their work
and experiences. They will also have the opportunity to attend tutorials delivered by internationally recognized
experts in energy materials, graphene, 3D characterization, biomaterials, materials modelling and transferring
technology to industry.
Program:
Saturday, 19th September
09:00-12:00Tutorials
12:00-13:00 Lunch Break
13:00-13:20 Agnieszka Hara: The influence of surface active additives on the electrodeposition of Zn-Mo
layer intended as a substrate for graphene layer
13:20-13:40 Łukasz Maj: Microstructure of magnetron sputtered Ni/Al and Ti/Al multilayer coatings
13:40-14:00 Monika Solecka: Erosive wear of Ni-based coating deposited by CMT technique on power
boilers
14:00-14:20 Dawid Jugowiec: Surface modification of Ti13Zr13Nb alloy by electrophoretic deposition of
nanocomposite HA/chitosan coatings
14:20-14:40 Sylwia Terlicka: Mixing enthalpy of liquid Li-Sb alloys
14:40-15:00 Coffee Break
15:00-15:20 Justyna Stolarska: Preparation of copper composites reinforced with multi-walled carbon
nanotubes by mechanical alloying
15:20-15:40 Nehar Celikkin: Chitosan Methacrylate coated 3D printed Alginate Hydrogels for Tissue
Engineering
15:40-16:00 Lili Nadaraia: Spark Plasma Sintering/Synthesis of Alumina-Graphene Composites
16:00-16:20 Tahsin Ali Kassam: The microstructure and mechanical properties of alumina-to-alumina
brazed joints
17:00-18:30 Meeting in French Embassy
18:40
Reception at German Embassy – Official party
Sunday 20th September
09:00-12:00Tutorials
12:00-13:40 Lunch Break
13:40-14:00 Iwona Grelowska: The influence of TiO2 and ZrO2 on microstructure and crystallization
behavior of CRT glass
14:00-14:20 Paweł Koprowski: Characterization of the AA6013 aluminum alloy after extrusion by forwardbackward rotating die (KoBo)
14:20-14:40 Mateusz Prokopowicz: In-situ investigations on austenite-to-martensite transformation in
NiMnGa alloys
14:40-15:00 Justyna Olejarka: Polysiloxane-silazane networks as supports for metallic palladium
15:00-15:20 Evgeny Senokos: Macroscopic fibres of CNTs as electrodes for multifunctional
supercapacitors
15:20-15:40 Bartlomiej Wysocki: The influence of Selective Laser Melting (SLM) process parameters on
in-vitro cell response
15:40-16:00 Coffee Break
16:00-16:20 Sayanti Banerjee: Nanoscale characterization techniques for 1-D materials: Silicon
Nanowires
16:20-16:40 Zhongquan Liao: Lateral Damage in Graphene Carved by Focused Gallium Ion Beams
16:40-17:00 Christoph Sander: Advanced methods for mechanical and structural characterization of
nanoscale materials for 3D IC integration
17:00-17:20 Florent Pessina: Challenges of the Characterization of Nano Energetic Materials
17:20-17:40 Simone Mastrogiacomo: A dual contrast agent for MRI and CT imaging of calcium phosphate
cement for dental applications
18:30-20:00 Poster session with fingerfood
27
Satellite Events
TUTORIALS
19th and 20th September,
09:00-12:00
WUT, MINI Building
E-MRS Fall Meeting 2015 and FEMS EUROMAT 2015 jointly have organised tutorials for young participants of
both conferences as a part of MaterialsWeekend. PhD students from Young Scientists Workshop are especially
encouraged to attend the tutorials.
Six tutorials are planned for mornings (9:00 –12:00): parallel tutorials on Saturday and 4 parallel tutorials on
Sunday.
Saturday tutorials:
Energy Materials
chaired by Dr Mikael Syväjärvi, University of Linköping, SE
The old matter of new energy materials (Dr Mikael Syväjärvi, University of Linköping, SE)
Battery materials (Dr Claus Daniel, Oak Ridge National Laboratory, USA)
Photovoltaic materials – crystal growth of silicon for photovoltaics (Dr Jochen FRIEDRICH; Fraunhofer
IISB, DE)
Ceramic materials for energy applications (Dr Tobias Fey, University of Erlangen, D)
Poster Session on “Energy Materials”
Graphene
chaired by Prof. Vincenzo Palermo, CNR National Research Council, I
Graphene Flagship – its past, present and future (Prof. Jari Kinaret, Chalmers University of Technology, SE)
European research funding landscape – the case of graphene (Dr Ana Helman, European Science Foundation,
Strasbourg, FR)
Graphene films growth technology (Prof. Wlodek Strupinski, ITME Institute of Electronic Materials
Technology, PL)
Graphene research & development at BASF for industrial application (Dr Kitty Cha, BASF SE,
Ludwigshafen, DE)
Poster Session on “Graphene”
Sunday tutorials
3D Characterization
Organised by Dr Alexander Rack (ESRF, FR) and chaired by Prof. Lindsay Greer (Cambridge, UK)
Serial Sectioning Techniques - from HR FIB-Tomography to large volumes with adequate resolution (Michael
Engstler, Saarland University, Saarbrücken, DE)
TEM Tomography (Christian Kübel, Karlsruhe Institute of Technology, DE)
Nanotomography with LabCT (Jürgen Gluch, Fraunhofer IKTS, Dresden, DE)
3D Images of Materials Structures - Processing and Imaging (Oliver Wirjadi, Fraunhofer ITWM, Kaiserslautern,
DE)
Biomaterials
chaired by Prof. Aldo R. Boccaccini, University of Erlangen, DE
Bioactive materials and composites for tissue engineering and drug delivery (Prof. Aldo R. Boccaccini,
University of Erlangen, DE)
Biofabrication of scaffolds for tissue engineering (Prof. Wojciech Swieszkowski, Warsaw Univ. of
Technology, PL)
Natural-based polymers in biomedical applications (Prof. João F. Mano, University of Minho, PT)
Poster Session on “Biomaterials”
Materials Modelling
chaired by Prof. Peter Wellmann, Materials Department, University of Erlangen-Nürnberg, DE
Structure and activities of the European Materials Modelling Council, (EMMC) and some basic classifications
towards a common vocabulary in modelling. (Prof. Pietro Asinari, Politécnico do Torino, IT)
European Technology Platform on Advanced Materials, EUMAT, modeling and characterization activities. Case
studies performed by IK4-TEKNIKER in modeling activities and advanced characterization techniques, that will
impact in cost saving (Dr Amaya Igartua, Head of Tribology Unit from IK4-TEKNIKER Research Center, E)
Modeling activities at VTT related to friction and wear modeling. Economical challenges and investment
return. (Dr Tomi Suhonen, responsible for modeling activities at the Research Institution VTT, FI)
Thermodynamic and kinetic simulations using the phase field method – supported by a hands on session in
phase-field simulation using OpenPhase by Dr Oleg Shchyglo. (Prof. Ingo Steinbach, Ruhr-Univ. Bochum, DE)
2 hours hands on session (there is not poster session for this tutorial)
To follow the practical session it is important that the attendants to the tutorial will bring their computer.
The participants will receive the book “Review of Materials Modelling. 4th version”, Edited by Anne F. de Baas
and Lula Rosso, EU Commission, 2015.
28
Satellite Events
Transferring Technologies to Industry
chaired by Dr George Vekinis, NCSR “Demokritos”, GR
Technology commercialisation routes: licensing out vs joint venture vs start-up
Unravelling the Gordian Knot: strategies for successful technological entrepreneurship
4 successes and a failure: Case studies in technology transfer
12 Case studies of commercialisation of a new material or system, to be prepared by students before hand,
and presented over 5 minutes, concluding with “Lessons Learned”
SUMMER SCHOOL ON CARBON DIOXIDE
19th September,
09:00-18:00,
WUT, MINI Building
“Carbon dioxide management: the raw material of the industrial revolution of the 21st century.” Carbon dioxide is
a key molecule for life and food. Its properties as a raw material open new industrial fields for the great challenge
of our century: energy storage from renewable energy sources and a building block for new polymers and synfuel,
both contributing to a better control of CO2 emission.
The challenge of the European Commission project CEOPS is to develop new catalysts or electro catalyst. The
CEOPS team will present results, industries, and starting way for the race of carbon dioxide recycling.
Representatives of the industry and the academy will be invited to present results, processes and industrial
innovations of the field.
Program
First part: the circular economy of carbon: the challenge of the next 50 years
9.00-9.30
General introduction
Rodrigo Ferrao de Paiva Martins, CEMOP / UNINOVA, Portugal
Member of the advisory Board of Horizon 2020 in DG Research and Innovation
9.30-10.00
Carbon recovery and circular economy: from research to industrial scale up
Jacques Amouroux, UPMC/ENSCP DHC, E-MRS, France
10.00-10.30 Carbon dioxide and energy storage of renewable energy sources
Koji Hashimoto, Tohoku Institute of Technology/Tohoku University, Japan
10.30-11.00 Coffee break and posters
11.00-11.30 Photocatalysis and new materials for hydrogen production
Juan-Ramon Morante, IREC, Spain
11.30-12.00 Discussion with the audience
Questions: Challenges, strategy, prospective, innovations, wellbeing, energy sources,
consumption
12.00-13.30 lunch and posters
Second part: innovations and new materials
14.00-14.30: Advanced CO2 capture pilot plant at Toron’s coal-fired power plant
Lucyna Wieclaw-Solny, Institute of chemical processing of Coal, Poland
14.30-15.00 Carbon capture on solid sorbents
Urszula Narkiewicz, West Pomeranian University of Technology, Poland
15.00-15.30 Waste treatment and carbon dioxide
Victor Popov, Institute of Electrophysics and Electric power, RSA, Russia
15.30-16.00 Electrocatalysis for Carbon dioxide recovery
Laurent Bedel, CEA, France
16.00-16.30 Coffee break and posters
16.30-17.00 Catalysis innovation a key step for Carbon dioxide reduction
Carlos Manuel Faria de Barros Henriques, IST University, Portugal
17.00-17.15 Innovation in China: from laboratory to industrial production of polycarbonates
Xianhong Wang, Changchun Institute of Applied Chemistry CAS, China
17.15-17.30 Perspective in catalytic CO2 conversion into valuable products
Wojciech Gac, Marie-Curie-Sklodowska University, Poland
17.30-18.00 Carbon dioxide a raw material for the future: dream or reality
Forum of discussion and industrial development Professor Jacques Amouroux
Posters:
All participants have the possibility to display posters on their work in relevant fields.
29
Satellite Events
OPEN DAY WITH WARSAW COMMUNITY
19th September
10:00-16:00
WUT, Faculty of Physics
Open day with Warsaw community is organized as a part of Warsaw “Festival of Science” under the auspices of
the European Materials Forum (EMF) and the European Project EAgLE (FP7-REGPOT-2012-2013-1).
The event will consists of several stands with various shows connected to materials science and physics (i.e.
low temperature physics, magnetism of condensed matters, energy from the light), few lectures (i.e. “Tour near
absolute zero”) and Granta Project workshop.
GRANTA DESIGN WORKSHOP – interactive workshop
14:00-16:30
The workshop will introduce the methodology and resources to support teaching Sustainable Development
concepts. Participants are expected to havea general knowledge of engineering and/or science. The methodology
can be used in teaching interdisciplinary courses, with students of politics, business and engineering working
together. The resources have been developed by GRANTA DESIGN in collaboration with the University of Cambridge,
UPC Barcelona and the University of Illinois at Urbana-Champaign. The estimated duration is two and a half hours.
You will need a computer running Microsoft Windows to practise exercises with the EduPack software which will
be provided.
STIMULATE project: Stimulating public attitude towards Advanced Materials,
11:00-13:00
The main goal of the STIMULATE project is to stimulate the general public interest towards the field of advanced
materials. The aim of the workshop is to introduce the field of advanced materials and the benefit of working with
them to non experts.
During the workshop the film “The Secret Life of Materials” will be shown. The game “Playing with materials…”(for
14-17 year olds) will be briefly presented. Discussions on the importance of Materials Research for a sustainable
development will also be part of the workshop.
30
Scientific
Program
Areas, Topics and Simposia
AREA A: FUNCTIONAL MATERIALS
Area coordinators:
Lindsay Greer (Univ. Cambridge, UK)
Paula Vilarinho (Univ. Aveiro, PT)
A1: Emerging Topics
A1.1: Materials for Energy Harvesting
Sohini Kar-Narayan (Univ. Cambridge, UK)
David Muñoz-Rojas (Lab. Matér. Génie Physique, Grenoble INP-CNRS, FR)
Albert Tarancón (Catalonia Institute for Energy Research, IREC, Barcelona, ES)
A1.2: Active Soft Materials
Samuel Sánchez (Max-Planck-Inst. for Intelligent Systems, Stuttgart, DE)
Stoyan Smoukov (Univ. Cambridge, UK)
A1.3: Functional Nanostructures and Self-Assembled Materials
Luís Carlos (Univ. Aveiro, PT)
Rute A. S. Ferreira (Univ. Aveiro, PT)
Marek Grzelczak (CIC biomaGUNE, San Sebastián, ES)
Luis Liz-Marzán (Univ. Vigo, ES)
A2: Carbon-Based Materials
Topic coordinators:
Eric Anglaret (Univ. Montpellier, FR)
Juan Vilatela (IMDEA Materials, Madrid, ES)
A2.1: Composites with nanocarbon reinforcement and other nanofillers
Eric Anglaret (Univ. Montpellier, FR)
Ian Kinloch (Univ. Manchester, UK)
Tadeusz Spychaj (West Pomeranian Univ. Technology, Szczecin, PL)
Wlodek Strupinski (Inst. Electronic Materials Technol., Warsaw, PL)
Juan Vilatela (IMDEA Materials, Madrid, ES)
AREA B: STRUCTURAL MATERIALS
Area coordinators:
Jürgen Hirsch (DE)
Małgorzata Lewandowska (TU Warsaw, PL)
B1: Advanced Metals
B1.1: Lightweight (Al, Mg, Ti-based) Alloys
Jürgen Hirsch (DE)
Phil Prangnell (Univ. of Manchester, UK)
Joe Robson (Univ. of Manchester, UK)
B1.2: New Trends in Design and Development of Advanced Steels
Francisca G. Caballero (CENIM, Madrid, ES)
Carlos Capdevila (CENIM, Madrid, ES)
Wiesław Świątnicki (Warsaw Univ. of Technology, PL)
B1.3: Metallic Glasses, Rapid Solidification, Nanocrystallization
Galina Abrosimova (Inst. of Solid State Physics, Russian Acad. of Sci., Chernogolovka, RU)
Alexander Aronin (Inst. of Solid State Physics, Russian Acad. of Sci., Chernogolovka, RU)
Mariana Calin (IFW, Dresden, DE)
32
B2: Advanced Ceramics
Topic coordinators:
Marc Anglada (ETSEIB, Barcelona)
Anne Leriche (LMCPA, Univ. Valenciennes)
B2.1: Advanced synthesis methods for ceramic powders
Samuel Bernard (IEM Montpellier, FR)
Emanuel Ionescu (TU Darmstadt, DE)
B2.2: Advanced Processing Methods for Ceramics
Jens Günster (TU Clausthal, DE)
Zhijian Shen (DMEC, Stockholm Univ., SE)
B2.3: Advanced Ceramic Composites
René Pailler (LCTS, Univ. Bordeaux, FR)
Mike Pomeroy (Univ. Limerick, IE)
B3: Composite and Hybrid Materials
Topic coordinators:
Werner Hufenbach (TU Dresden, DE)
B3.1: Composite Materials and Structures
Maik Gude (TU Dresden, DE)
Tadeusz Uhl (AGH, Cracow, PL)
B3.2: Metal-Matrix Composites
Rajiv Asthana (Univ. Wisconsin Stout, USA)
Jerzy Sobczak (Instytut Odlewnictwa, PL)
AREA C: PROCESSING
Area coordinators:
Boris Straumal (Inst. Solid State Physics, Chernogolovka, RU)
Pawel Zięba (Inst. Metallurgy and Materials Science, Cracow, PL)
C1: Severe Plastic Deformation
and Nanostructuring
Topic coordinators:
Yulia Ivanisenko (KIT, Karlsruhe, DE)
Eberhard Kerscher (Univ. Kaiserslautern, DE)
C2: Joining and Interfaces
Topic coordinators:
Robert Filipek (Univ. AGH, Cracow, PL)
Jolanta Janczak-Rusch (EMPA, CH)
C1.1: Severe Plastic Deformation and Nanostructuring
Andrea Bachmaier (Univ. des Saarlandes, DE)
Yulia Ivanisenko (KIT, Karlsruhe, DE)
Eberhard Kerscher (Univ. Kaiserslautern, DE)
Erhard Schafler (Univ. Vienna, AT)
C2.1: Joining Technologies
Ivan Kaban (IFW, Dresden, DE)
Joanna Wojewoda-Budka (Inst. Metallurgy and Materials Science, Cracow, PL)
C2.2: Interface Design and Modelling
Lars Jeurgens (EMPA, CH)
Krzysztof Szyszkiewicz-Warzecha (Univ. AGH, Cracow, PL)
C2.3: Wetting and High-Temperature Capillarity
Natalia Sobczak (Foundry Research Inst., Cracow, PL)
Boris Straumal (Inst. Solid State Physics, Chernogolovka, RU)
C3: Coatings and Surface Modification
Topic coordinators:
George Kiriakidis (Univ. Crete, GR)
Vladimir Vishnyakov (Univ. Huddersfield, UK)
C3.1: Light-Induced Micro-Nano Surface Modification
Nadezhda Bulgakova (Inst. of Thermophysics, Russ. Acad. of Sciences, Novosibirsk, RU)
Maria Farsari (FORTH, Heraklion, GR)
C3.2: Assembly-Mediated and Surface-Based Coatings
Vassilis Binas (FORTH, Heraklion, GR)
Alexandros Lappas (FORTH, Heraklion, GR)
C3.3: Advanced Surface Coating and Plating Techniques
Elias Aperathitis (FORTH, Heraklion, GR)
Ulf Jansson (Uppsala Univ., SE)
Magnus Oden (Linköping Univ., SE)
33
C4: Phase transformations, Microstructure
Evolution in Polycrystals and Additive
Manufacturing
Topic coordinator:
Brigitte Baretzky (KIT, Karlsruhe, DE)
C4.1: Phase Stability and Phase Transformations
Anton Chyrkin (IEK, Jülich, DE)
Olga Fabrichnaya (TU Bergakademie Freiberg, DE)
C4.2: Additive Manufacturing
Tomasz Czujko (Military University of Technology, Warsaw, PL)
Marek Polański (Military University of Technology, Warsaw, PL)
C4.3: Materials for Printed Electronics
Subho Dasgupta (KIT, Karlsruhe, DE)
Horst Hahn (KIT, Karlsruhe, DE)
AREA D: CHARACTERIZATION AND MODELLING
Area coordinators:
Eva Olsson (Chalmers Univ., Gothenburg, SE)
Michel Rappaz (EPFL, Lausanne, CH)
D1: Imaging and Spectroscopy
Topic coordinators:
Wolfgang Jäger (Christian-Albrechts-Univ.
zu Kiel, DE)
Eva Olsson (Chalmers Univ., Gothenburg, SE)
D1.1: Imaging, Diffraction and Tomography
Sara Bals (EMAT, Univ. Antwerp, BE)
Christophe Koch (Univ. Ulm, DE)
Velimir Radmilović (Univ. Belgrade, RS)
D1.2: Spectroscopy
Anders Mikkelsen (Lund Univ., SE)
Maria Varela (Univ. Complutense de Madrid, ES)
D1.3: In-Situ Studies
Guus Rijnders (Univ. Twente, NL)
Etienne Snoeck (CEMES, CNRS, Toulouse, FR)
D2: Mechanical Characterization
Topic coordinators:
Javier Llorca (IMDEA Materials, Madrid, ES)
Dierk Raabe (MPI Eisenforschung,
Düsseldorf, DE)
D2.1: In-situ Micro- and Nano-Mechanical Characterization and Size Effects, High Throughput and
Rapid Mechanical Testing
Jon Molina (IMDEA Materials, Madrid, ES)
Cem Tasan (MPI Eisenforschung, Dusseldorf, DE)
D2.2: Interface-Related Damage and Failure
Philip Eisenlohr (Michigan State Univ., East Lansing, MI, USA)
Marc Geers (Univ. Eindhoven,NL)
Irene J. Beyerlein (Los Alamos National Laboratory, US)
D2.3: Characterization of the Mechanical Aspects of Hydrogen Embrittlement, Corrosion and
Environmental Degradation
Motomichi Koyama (Univ. Kyushu, Fukuoka, JP)
Hisao Matsunaga (Univ. Kyushu, Fukuoka, JP)
Petros Sofronis (Univ. Illinois, Urbana, IL, US)
D3: Materials Modelling on Different
Length Scales
Topic coordinator:
Michel Rappaz (EPFL, Lausanne, CH)
D3.1: Atomistic Modelling
Michele Ceriotti (EPFL, Lausanne, CH)
Mike Finnis (Imperial College, London, UK)
D3.2: Modelling of Microstructure and Grain Structure
Christophe Martin (Univ. Grenoble Alpes, FR)
Ingo Steinbach (Ruhr-Univ. Bochum, DE)
D3.3: Materials Thermodynamics and Kinetics
George Kaptay (Bay Zoltán Nonprofit Ltd. for Applied Research, HU)
Rainer Schmid-Fetzer (TU Clausthal, DE)
Hans Seifert (Karlsruhe Institute of Technology, KIT, DE)
34
AREA E: ENERGY AND ENVIRONMENT
Area coordinator:
Brett Suddell (Biobased Solutions Ltd, UK)
E1: Materials for Energy
Topic coordinator:
Stuart Irvine (CSER, Glyndŵr University,
St Asaph, UK)
E2: Natural Materials
Topic coordinator:
E3: Materials for Transportation
Topic coordinator:
Michal Basista (IPPT, Polish Acad of
Sciences, PL)
E4: Materials for Extreme Environments
Topic coordinators:
Bill Lee (Imperial College, London, UK)
Luc Vandeperre (Imperial College, London,
UK)
E1.1: Materials for Energy
Peter Flewitt (Univ. Bristol, UK)
Peter Hall (Univ. Sheffield, UK)
Stuart Irvine (CSER, Glyndŵr University, St Asaph, UK)
Allan Walton (Univ. Birmingham, UK)
Trystan Watson (Univ. Swansea, UK)
E2.1: Natural Materials
Martin Ansell (Univ. Bath, UK)
Stuart Coles (Univ. Warwick, UK)
Kerry Kirwan (Univ. Warwick, UK)
E3.1: Materials for Transportation
Michal Basista (IPPT, Polish Acad of Sciences, PL)
Jörg Hohe (Fraunhofer Inst. Mech. Materials IWM, Freiburg, DE)
E4.1: Materials for Extreme Environments
Finn Giuliani (Imperial College, London, UK)
Luc Vandeperre (Imperial College, London, UK)
AREA F: BIOMATERIALS AND HEALTHCARE
Area coordinators:
Francis Cambier (BCRC, Mons, BE)
Laura Montanaro (Politecnico di Torino, IT)
F1: New Frontiers in Biomaterials
Topic coordinators:
Jérôme Chevalier (Univ. Lyon, FR)
Claudio Migliaresi (Univ. Trento, IT)
Frank Witte (Charité Medical Univ. Berlin, DE)
F2: Tissue Engineering; Regenerative
Medicine; Nanomedicine and Drug
Delivery
Topic coordinators:
Aldo R. Boccaccini (Univ. ErlangenNuremberg, DE)
Elisabeth Engel (Inst. for Bioengineering of
Catalonia, ES
João Mano (Univ. Minho, PT)
F1.1: The Next Generation of Implants with Multi-functional Properties – Advances in the synthesis,
process and surface modification of Biomaterials
Jérôme Chevalier (Univ. Lyon, FR)
Claudio Migliaresi (Univ. Trento, IT)
Frank Witte (Charité Medical Univ. Berlin, DE)
F2.1: Materials in Regenerative Medicine, Nanomedicine and for Drug Delivery
Aldo R. Boccaccini (Univ. Erlangen-Nuremberg, DE)
Elisabeth Engel (Inst. for Bioengineering of Catalonia, ES)
João Mano (Univ. Minho, PT)
35
F3: Materials and Devices for Emerging
Healthcare Technologies
Topic coordinators:
Jolanta Baranowska (West Pomeranian Univ.
Technology, Szczecin, PL)
Steve Franklin (Philips, Eindhoven, NL)
Karine Salim (PCAS, Paris, FR)
F3.1: Materials Interactions with Human Tissue and Implications in Medical Device Design
Steve Franklin (Philips, Eindhoven, NL)
Ruxandra Gref (Univ. Paris Sud, FR)
F3.2: Materials and Strategies for the In-vitro Simulation of Human In-vivo Conditions
Jolanta Baranowska (West Pomeranian Univ. Technology, Szczecin, PL)
Stéphane Hocquet (BCRC, Mons, BE)
Sheila MacNeil (Univ. Sheffield, UK)
AREA G: EDUCATION AND TECHNOLOGY TRANSFER
Area coordinator:
Dr-Ing. Margarethe Hofmann-Amtenbrink (MatSearch Consulting, Pully,
Switzerland)
G1: Stimulus, Policy and Education
Topic coordinators:
Prof. Paloma Fernández (Departamento de
Física de Materiales, Facultad de Ciencias
Físicas, Universidad Complutense de
Madrid, Ciudad Universitaria, Madrid, Spain)
G2: Promoting Transfer of Materials
Technologies
Topic coordinators:
Prof. Heinrich Hofmann (Institute of
Materials, Ecole Polytechnique Fédérale de
Lausanne, Lausanne Switzerland)
G3: Strategic Materials for Europe
Topic coordinators:
Dr-Ing. Margarethe Hofmann-Amtenbrink
(MatSearch Consulting, Pully, Switzerland)
36
Plenary
Sessions
Plenary Sessions
MONDAY 21ST SEPT., AM1
OPENING CEREMONY
8:30
09:10 What are ‘first-principles’ methodologies good for?
Dr Patrice Turchi
Lawrence Livermore National Laboratory, P.
O. Box 808, Livermore, CA 94551, USA.
Ab initio results provide, despite their own limitations that will be briefly commented on, fundamental insight on various
materials characteristics. This will be illustrated in the case of ordering trends and thermodynamic properties with actual
ab initio based predictions. In addition, in recent years, it was realized that ab initio output could supplement in two
ways CALPHAD that is the most versatile and preferred method for assessing the thermodynamics of complex multicomponent alloys: either by direct input of ab initio energetics in thermodynamic databases, or, more challenging, by
assessing ab initio-based thermodynamics à la CALPHAD. These two applications will be discussed in the context
of phase diagram determination for selected transition metal and actinide-based alloys, and a few comments on
challenges and future prospects in this field of research of critical importance for advanced materials processing will
conclude this presentation.
Work performed under the auspices of the U.S. DOE by LLNL under Contract DE-AC52-07NA27344.
Topics: ab initio calculations, ground-state properties, thermodynamic modeling, metallic alloys
09:50 Can property trade-offs in materials be broken via nanostructuring?
Prof. Ke Lu
Shenyang National Laboratory for
Materials Science, Institute of Metal
Research, Chinese Academy of Sciences,
Shenyang 110016, China, and Herbert
Gleiter Institute for Nanoscience, Nanjing
University of Science & Technology,
Nanjing, China
38
Many properties of materials are mutually exclusive. For instance, the trade-off between strength and ductility is commonly seen in engineering material systems. Strengthening usually makes metals less conductive. Tailoring microstructures of materials in the nanometer scale seems to bring promises for these property trade-offs. Nevertheless,
simply reducing sizes of polycrystalline grains into the nano-scale seems not functioning: 3-dimensional homogeneous nano-grained metals become very hard but brittle under tension (with a very limited tensile ductility and almost
no work-hardening before catastrophic failure). Thermal stability is much reduced with nano-scale grain refinement;
coarsening may occur even at room temperature for nano-grained pure metals.
Exploration of novel nanostructures in recent years shed light on this challenge. Several nano-scale architectures
have been discovered that are effective in improving or even breaking the property trade-offs. In this talk, these novel
nanostructures will be introduced with typical examples, including (i) nano-laminated structures with twin boundaries,
i.e., nano-twinned structure, (ii) nano-laminated structures with low-angle (or low-energy) boundaries, and (iii) gradient nanostructures. Property trade-offs among strength, ductility, thermal stability, and electrical conductivity will be
addressed with emphasis on the nano-scale size effect. Challenges and remaining issues on this topic will be given
as well.
Plenary Sessions
MONDAY 21ST SEPT., AM2
11:00 New era of Polish industry – transformation of aerospace
Polish industry, after the collapse of communism, has undergone radical transformation of restructuring, privatization,
development and growth. The Aerospace industry is an example of a great success of such transformation, today
being the leader of the high-tech sector in Poland.
Marek Darecki
President, General Director WSK Rzeszów,
President, Pratt &Whitney Poland President, Aviation Valley Association
Dating back to the 1920’s, when first factories were built, it has proven the skills and the technical ingenuity of the
Polish nation. Today united within the Aviation Valley, which originated in 2003, the sector employs over 23 thousand
people in 130 companies, with sales exceeding 2 billion USD per annum. The companies participate in numerous
innovative programs such as the production of advanced aircraft engines. However, the companies not only focus on
manufacturing, but they aspire to be an active participant of Research and Development activities. This is possible due
to the structured collaboration between the Industry, the Academia and the Government.
Facing economic pressure forcing the reduction in cost of aircraft operations, the companies continuously challenge
the existing designs. Driving towards higher fuel efficiencies, reduction in weight and emissions, new engine concepts
appear. The materials used need to withstand high temperatures often exceeding their melting point, be lightweight
and at the same time carry higher loads.
One of such innovative concepts is a planetary transmission splitting low pressure spool to optimize the rotating
speeds of the fan and the low pressure turbine in an aircraft engine. Numerous advanced materials and design solutions were applied to make this concept feasible. Journal bearings with advanced coating to optimize size and weight
of the planetary gear system were developed. The solution also has a dedicated journal bearing lubrication system.
Advanced super-finish process to ensure gear teeth roughness optimization for loading and extended life is applied
in the manufacturing process. One of key technologies is the transmission mounting system to ensure proper gear
alignment during aircraft take off and maneuvers.
All this requires continuous collaboration between different sciences and engagement in basic research of future
possible solutions. The environment in Poland, with the skills and infrastructure across multiple Academic Centers
allows such activities.
11:40 Carbon nanotube materials: a new sort of stuff?
Prof. Alan Windle
Dept. of Materials Science & Metallurgy,
University of Cambridge, UK
There is no doubt about the strength of the carbon-carbon covalent bond, which coupled with the lightness of the
atom, makes it a perfect subject for high-strength materials. The initial strength hype over carbon nanotubes, now
being repeated in some circles with graphene, arose from measurements of the strength of individual graphene layers,
and while the scientists were professionally explicit as to what they had measured [1], the publicity machines assumed
that these figures could also be readily realized in materials made from these components. It is against a background
of this overselling that we have watched the gradual improvement in strength of useful materials, especially yarn-like
fibres made of carbon nanotubes.
Fibres made by the direct spinning process [2] have been used as the subject of this study. There have been occasional observations of strengths greater than 5GPa/SG (N/tex), and where these have been verifiable [3], they have
served to maintain enthusiasm for on-going developments.
If carbon nanotube fibres are to displace carbon fibre on a world scale, it will be firstly on the basis of cost, as the
direct spinning process for nanotube fibre is eminently scaleable. Secondly, it is the toughness of the fibre which
is likely to be one of its major selling points, so while matching existing fibres in tensile properties, it promises to be
much more resilient to damage and very much tougher in any case of non-axial loading. The paper will explore
the issues of strength of nanotube yarn-like carbon fibres, where the advantages of low shear strength between
neighbouring nanotube bundles are offset against the disadvantages.[4] Strategies for further development are
outlined, as will be the prospects for tuning properties for particular applications.
In composites, the fracture mechanism appears very different from that associated with conventional composites such
as those based on carbon fibre, where fibre pull-out is a major contributor to toughness. Here we have evidence for
nanotube pull-out on an altogether much finer scale, so that the toughening mechanism appears to have features as
much akin to the multiple crazing in polymers as it does to that in conventional fibre composites.
1. Yu MF, Files B S, Arepalli S, Ruoff, R S Physical Review Letters, 2000, 84(24) 5552
2. Ya-Li Li, Ian Kinloch and Alan Windle, Science, 304, p 276, 9 April 2004
3. Koziol, K., Vilatela, J., Motta, M., Moisala, A., Cunniff, Sennett, M. and Windle, A.H. Science 318, 21 Dec 2007
p. 1895
4. Gspann, T.S., Montinaro, N., Pantano, A., Elliott, J.A. and Windle, A.H. Carbon, DOI 10.1012 (2015)
39
Plenary Sessions
FEMS Materials Innovation Prize 2015
12:20 Broadening the functionality of semiconductor silicon technology via materials science
Leigh Canham
pSiMedica Ltd, Malvern, UK
School of Physics and Astronomy, University of Birmingham, UK
The semiconductor silicon, at the heart of our electronics and solar cell industries, has often been referred to as the
most studied and influential material made by mankind. Nanostructuring it however has yielded some very surprising
properties and phenomena, many of which are surveyed in this lecture. Focus is given to two distinct areas:
• the physics behind, and exploitation of, quantum confinement effects in generating efficient visible-light emission
for silicon-based optoelectronics
• the biochemistry and exploitation of biodegradability and biocompatibility in medical therapy, nutrition and consumer care applications.
For widespread industrial use, nanoscale silicon will be required in a variety of physical forms and at widely varying
purity and cost. Solid silicon is commercially available in wafer form at electronics-grade 99.99999% purity down
to metallurgical-grade powders at 97-99% purity for the construction industry. For optoelectronics, sensing and
high-value medical uses, “top-down” wafer and powder electrochemical etching techniques have been developed
to generate nanostructured chips, membranes and particles at the kilogramme level. An exciting “bottom up” manufacturing opportunity will also be discussed to scale-up biogenic silicon production to the ton level by utilizing what
botanists refer to as “silicon accumulator plants” that take silicic acid molecules from the soil. It will be shown that earth
abundant plants like bamboo, rice, ferns, grasses and sugarcane contain and sometimes even secrete silica nanostructures. These can be chemically converted to solid silicon or silicon nanostructures of moderate purity, for specific
uses. Nanoscale silicon looks destined to become a very “green” and multifunctional nanomaterial in the future.
THURSDAY 24ST SEPT., PM1
FEMS European Materials Medal 2015
14:30 Progress over the last 40 years in understanding the properties of polycrystalline metals
Prof. K. J. Kurzydłowski
National Centre for Research and Development
40
The majority of metals used in industry are in the form of polycrystalline aggregates. This rationalizes interest in how
their properties depend on the geometry and physical properties of the constituent crystals. Initially, interest was
focused on the size of grains, with the pioneering works of N. Petch and R.W. Armstrong. Further progress was
possible based on the recognition of the variable properties of the grain boundaries, among others by H. Gleiter and
M.W. Grabski. In recent years interest in the effects of the grain size and the grain boundaries has been stimulated
by development of nanocrystalline metals. In parallel, new experimental tools have become available, such as
high-resolution microscopies, and nano-tomography. Enormous progress has also made in modelling, in particular
in employing Finite-Element Methods, but also in atomistic ab-initio computations and molecular dynamics. As a
result, our current understanding of polycrystalline metals permits optimization of their properties, as demonstrated
in the example of nanometals fabricated by the methods of severe plastic deformation. At the same time, there are
still areas in which further progress is needed, in particular on the understanding of highly localized reactions to the
applied load.
Plenary Sessions
FEMS Materials Science & Technology Prize 2015
15:10 Nanoporous materials: what can they bring to the fields of magnetism, solid state lighting or spintronics?
Prof. Jordi Sort
Institució Catalana de Recerca i Estudis
Avançats (ICREA) and Departament de
Física, Universitat Autònoma de Barcelona,
E-08193 Bellaterra, Spain
Much progress has been made during the last few years in the synthetic pathways to prepare nanoporous frameworks with precise control of the porosity degree, pore size and crystallinity of the pore walls. This development has
been prompted by the widespread utilization of these materials in areas like catalysis, gas-sensing or electrochemical
energy storage, where a high surface area-to-volume ratio promotes an enhanced performance. To trigger new
functionalities, beyond the aforementioned ones, it is necessary to combine different synthetic strategies (e.g., colloidal templating, block-copolymer, electrodeposition or evaporation-induced self-assembly), in a synergistic manner,
to fine-tune the composition and microstructure of the resulting nanoporous materials. Also important is to implement new procedures to properly fill the nanoporous frameworks with suitable second-phase materials. In this talk,
the recent progress in the development of novel multifunctional nanoporous materials will be reviewed. First, the
synthesis of mesoporous oxide-diluted magnetic semiconductors (e.g., In2O3 or SnO2 doped with transition metals)
via nanocasting, using mesoporous SiO2 as parent templates, will be presented [1,2]. The resulting materials show
a ferromagnetic-like response at room temperature while keeping a high degree of porosity. In turn, highly ordered
antiferromagnetic mesoporous frameworks can be used as hosts to accommodate ferrimagnetic phases within their
gyroidal 3D porous network, hence rendering composite materials with high coercivity and pronounced shifts in the
hysteresis loops, indicative of interfacial antiferromagnetic-ferrimagnetic exchange coupling. Finally, one can also fill
nanoporous SiO2 templates with CdS to form a 3D network of photoluminescent material (i.e., quantum antidots),
with a wide emission spectrum over the entire visible range, thus suitable for solid-state lighting [3]. Besides these
examples, the most significant technological challenges related to the near-future implementation of new applications based on nanoporous materials will be highlighted. Further developments in the synthesis and characterization
of these materials are needed to open new avenues in diverse areas, such as biological labelling, electrocatalysis,
water remedation or spintronics, where nanoporous alloys and oxides can certainly become new paradigm materials
[4,5].
References
1. E. Pellicer, et al. Adv. Funct. Mater. 23 (2013) 900.
2. E. Pellicer et al., J. Phys.Chem. C 117 (2013) 17084.
3. E. Pellicer et al. J. Colloid Interf. Sci. 407 (2013) 47.
4. J. Zhang et al., Nanoscale 6 (2014) 12490.
5. M. Guerrero et al., ACS Appl. Mater. Interf. 6 (2014) 13994.
15:50 Bioinspired materials and how they will change our lives
Natural structures are wonderful examples of what can be done with a very limited selection of materials. They usually
comprise both hard and soft phases arranged in complex hierarchical composite architectures, with characteristic
dimensions spanning from the nanoscale to the macroscale. The result can be materials that are lightweight and often
multi-functional, which can display unique combinations of mechanical properties that are generally far superior to
those of their constituents, but are difficult to replicate synthetically.
Dr Tony Tomsia
Materials Sciences Division
Lawrence Berkeley National Laboratory
Berkeley, CA 94720, USA
In this work, we seek the inspiration of biology to discern strategies for the development of new engineering structural materials with enhanced damage tolerance. We focus on the interplay between the individual nano/micromechanisms that contribute to strength and toughness. The lessons from Nature are particularly relevant as natural
materials can display unusual combinations of properties that derive from these differing length-scales because of
their multi-dimensional hierarchical architectures with precisely engineered interfaces. Our objective is that by mimicking these natural structural architectures, identifying the salient strengthening and toughening mechanisms over
multiple length-scales, and most importantly finding ways to actually make these bioinspired materials in bulk form,
that we can develop new lightweight materials where the strength vs. toughness “conflict” has been solved to achieve
exceptional levels of damage-tolerance.
Here we focus on the mechanistic basis for the mechanical properties of several natural materials, namely bone,
bamboo, silk and nacre in seashells which are prime examples of natural materials that are truly damage-tolerant.
We further look at attempts to make synthetic materials in their image and discuss the unique properties of some of
these new bioinspired materials. The possibility of marrying nature’s structural control with the huge variety of synthetic
compounds could lead to the development of new materials, extend the range of application of current ones, and
break existing limitations in terms of weight, toughness, strength, or environmental resistance.
41
42
Area G
Area G Side Events
SESSION G1 MONDAY 21ST SEPT.
Room: Small Hall
Education and career in Materials Technologies
Konstantinos GIANNAKOPOULOS
Institute of Nanoscience and
Nanotechnology
National Centre for Scientific Research
“Demokritos”
Greece
Konstantinos P. Giannakopoulos is an expert in nanostructural materials characterisation; he is a Physicist (1995,
Aristotle University of Thessaloniki) with a PhD (1998, University of Liverpool) on the study of heteroepitaxial growth of
III-V semiconductors on vicinal substrates. He has worked in ST Microelectronics (Advanced R&D, Crolles, France) on
the characterization of selectively grown heteroeptiaxial thin films. Since 2002 he works in NCSR Demokritos on the
growth and structural characterization (esp. with Electron Microscopy) of a large variety of nanomaterials and nanostructures. He has worked on a variety of materials: oxides, semiconductors, metallic nanoparticles for applications in
nanoelectronics (for advanced non-volatile memories and magnetic recording media). He has taught in the University
of Liverpool, the National Technical University of Athens, the University of Novi Sad, Serbia (Honorary Professor) and
he has also worked at Mantis Deposition and the University of Cyprus. He has co-organized 8 National and International Conferences, and he is the co-author of 84 peer-reviewed scientific publications in scientific Journals and
Conference Proceedings; he has received 645 references for his work. Currently he has taken a role to promote the
field of Advanced Materials to the European public (see www.materialsfuture.eu).
13:40 Stimulating the public attitude towards Advanced Materials
Advanced Materials are responsible for more than 70% of the technological innovations. But how many of our fellow citizens are aware of this? The role of
advanced materials is often hidden behind other technologies, as for example in microelectronics, prosthetics etc; therefore it is difficult for the pupils and
the non-specialists to appreciate their importance. In our project we are aiming to stimulate the general public’s interest (esp. the younger people) in this
direction with the creation of an innovative set of media products that are free to use and can be found in www.materialsfuture.eu. We have created them
(film, serious game, web site) in all EU languages in our effort to spread the word throughout Europe, keeping in mind that the best people that can talk
about materials are the materials scientists themselves. The educational game has been created for 14-17 year olds, it can be played on their phones and
tablets; the player is creating the materials technologies that are necessary for the development of the civilisation in a small. Accompanying texts and videos
aims to assist educators and pupils into uncovering the world of innovation and sustainability that is comes with advanced materials.
Adam Zielinski studied a Master in Science and International Relations at Warsaw University. At present he is
Deputy Director of the Foundation for Polish Science since July 2004. He is a reputed manager of not-for-profit
organizations,he is in charge of the Human Capital Unit (SKILLS project and FNP Academy of Science Research
Management). In the frame of the RRI Tools Project he is responsible for the Polish hub.
From March 2003 to July 2004 he was member of the department of Information and Promotion at the Polish
Ministry of Science and Higher Education.
Adam Zieliński
Foundation for Polish Science
11 Grazyny str.
02-548 Warsaw
From July 2000 to March 2003 he was Program Officer at the Stefan Batory Foundation.
14:05 Responsible Research and Innovation, a new paradigm in Horizon 2020
44
Bridging the gap between Science and Society has been a challenge for decades. Today, there is evidence that we need to involve wider society in decisions about the form and direction of research and innovation to contribute to a smart, inclusive and sustainable growth of our societies. Thus Responsible
Research and Innovation (RRI) has become one of the key words on the European stage. RRI is a dynamic, iterative process by which all stakeholders
involved in the research and innovation practice (researchers, industry, policy makers, educators and civil society) become mutually responsive to each other
and share responsibility regarding the RRI outcomes and process requirements.
The presentation will outline the concept of RRI and introduce a project called RRI TOOLS which is developing tools to implement, disseminate and advocate
RRI in Europe. It will analyse how the different stakeholders can work together to better govern science and innovation towards more socially desirable and
sustainable ends.
Area G Side Events
Hannah Melia,
Claes Fredriksson,
Marc Fry
Granta Design Ltd, Cambridge, UK
14:30 Teaching Materials to Inspire Science and Technology
Mathematics, Informatics, Natural Sciences and Technology (MINT), or Science Technology, Engineering and Mathematics (STEM) teaching have become
important in many countries in order to encourage students to enter higher education and professions in these fields. Science and Technology are generally
considered key success factors for tackling global problems and for future economic growth. One particular subject area that is suitable for MINT and STEM
teaching at all levels, is Materials. Everybody has experience of materials from a very early age and the subject comprises all levels of complexity, all the way
up to recent Nobel Prizes. Material properties are also very much connected to the real world and to people’s own experiences. Materials, in other words,
appears to be an ideal subject to exploit and elaborate on in order to integrate scientific and technological thinking in curricula leading up to a University
Degree.
There is no shortage of information about materials in textbooks, reports, tables, in handbooks and on the internet. If you want to go deeper into the properties of materials though, and understand how these can be exploited and modified, this information is not always accessible and inspiring. Images and visual
charts that promote materials knowledge are therefore useful tools for MINT and STEM educators. Our approach aims to interactively and visually promote
materials knowledge to the next generation and catch their attention. In this talk, we want to show examples of presenting materials knowledge and concepts
using software in an engaging way.
Dr Olga Ushakova
NUST “MIS&S”, Moscow, RU
14:45 Master’s Programs in Materials Science at NUST «MIS&S»
National University of Science and Technology «Moscow Institute of Steel and Alloys» (NUST «MIS&S») is one of Russia’s leading teaching and research
educational centers. It provides a first-class professional education for over 14,000 undergraduate and graduate students, and offers extensive opportunities
for specialized scientific research with the objective of transferring the University’s ideas, innovations, and technologies to real-life application.
Looking for talented students and graduates NUST «MIS&S» offers 9 two-year Master’s programs taught in English. As a national leader in materials education NUST «MIS&S» proposes five programs related to Materials Science:
1. Advanced Metallic materials and Engineering
2. Advanced materials science
3. Multicomponent nanostructured coatings. Nanofilms
4. Inorganic-Nanomaterials
5. Science and Materials of Solar Energy.
NUST «MIS&S», one of the 15 leading Russian universities, has received a support from the Russian Government in the frame of the «Russian Academic
Excellence Project 5-100». To increase competitiveness within the global sphere of science and education NUST MISiS focused on its key competencies:
world-renowned fundamental and applied research in materials science, metallurgy, mining, nanotechnologies, IT and biomedicine.
45
Area G Side Events
J.Y. Pastor and E. Tejado
Departamento de Ciencia de Materiales - CIME
Universidad Politécnica de Madrid
SPAIN
15:15 Materials Selection Challenge: a new stimulating way for learning
Modern educational approaches strongly emphasise active learning based on projects and problems, underlining the idea that learning may occur at every
location and any time: in the classroom, on a fieldtrip, in a museum, at home, in the streets of a city, on Wikipedia, etc. Learning may happen within one of
these spaces, but also across them. In this respect, science fairs are a way to overlap those learning spaces into one, encouraging young people to become
involved in and excited by science and technology, acquiring communication skills and the opportunity to interact with other students interested in science.
Nevertheless, those activities are not usual at University level, where traditional way of learning is still extended.
Objectives: The aim of this competition is to encourage students of Materials Science and Engineering to use their background and their imagination and wit.
College students will have to propose an original case of Materials Selection that may be based on close situations or forensic analysis of failures in service.
With CES EduPack as a basic tool, competitors must solve in deep a selection of materials they present.
Participants: Participation is open to any student or group of students.
How they participate? Registration in the competition will be made through the internet application available on our website. The presentation format will be
through the development of a video longer than three minutes should be up to vimeo.com and insert the URL of the video in the application for registration.
The video will be accompanied by a title and text up to a maximum of two thousand words and figures that explain the purpose of the video and what it is
told. Both the video and the text can be presented in Spanish bilingual format and / or English. The title must be in both languages.
Among the videos submitted will be preselected for up to ten finalists. On March 21, the organizers will contact the authors of the finalist videos to announce
the decision, and given the option of presenting a more complete version of his work. During the celebration of the 2015 MaterialsWeek (28,29 and 30
April) finalists must submit their papers (presented in a Word document via e-mail) and defend their work before a jury. The presentation can be both onsite
and via videoconference to residents outside the region of Madrid. The organization will provide support to establish the remote connection. The maximum
duration of the presentation will be ten minutes, which will help transparency in PDF, PPT / PPTX format with a maximum size of 10 MB.
J.Fenke, E. García, L. Roldán, J.Serrano and P. Fernández
Dept. Física de Materiales, Fac. Físicas
University Complutense, Ciudad Universitaria, 28040 Madrid, Spain
15:30 LABS: The role playing card game to build up your own Materials Lab
46
The present game is inspired in the game Zitadell, and has been developed in the frame of a course on Basic Materials Characterization Techniques.
At the beginning of the game, each player has an own laboratory, the goal is to transform it in the most prestigious and scientifically productive. During the
game, the players must solve some questions to obtain benefits that can be invested on improving the lab elements.
The game elements are different types of cards which can be played according to several strategies. The main elements are 69 Elements Cards divided
in categories corresponding to different families of experimental techniques (diffraction, optical spectroscopy, etc.), the value and effect of each element
is indicated in the card. 8 Character Cards with different roles during the round in the game (the characters are Inspector, Investor, Sponsor, Coordinator,
Librarian, Manufacturer, Precursor and Liar); 96 question Cards containing the questions to be solved to obtain benefits during the game; 1 Project Card
that serves as “round organizer”.
Finally the maze is completed with 8 help cards and play money.
The winner is the first player who succeeds on build 8 new elements for his own laboratory.
The role playing characteristics make that every game is different since interaction of the players is a fundamental part of the own game dynamic. Also
different strategies may be designed to improve the learning results and to adapt the game to different contexts.
Area G Side Events
N. Brovka, G. Brovka, Belarus
Belorussian State University
15:45 Theory and practice integration as means of increasing training quality in mathematics
Beginning of the XXI century is characterized by the integration processes in the area of higher education. Our experience in teaching mathematics at higher
educational establishment shows a decline in the general level of mathematics training. This is due to the need of improving the quality of education. One
way to optimize the process of mathematical training of students is the concept of theory and practice integration of teaching students math. Why theory
and practice integration may help to solve the difficulties, what exist in the mathematical education of students? Such properties of mathematics as abstract
and logical characters, its symbolic language make it difficult to study mathematical material in general. As a result pedagogical integration genesis we
have defined the next preconditions theory and practice integration in teaching mathematics: the leading role of the integration processes in the modern
educational space, the specifics of mathematics as a science, the activation processes of informatization and humanization of mathematics education. The
following definition is introduced: theory and practice integration of teaching mathematics is a process and a result of combining in a whole, correlation and
coordination of theoretical positions and practical methods in the process of mathematical training. Means of this integration is the interdisciplinary connections. The implementation of interdisciplinary connections, first of all, meets the requirements of the educational and professional motivation. Second,
promotes the formation of academic, social, personal and professional competencies. This is reflected in the considering paradoxical mathematical facts and
solving applied practice-oriented tasks. The ways of implementing this concept of theory and practice integration are presented in a methodical system of
training students of pedagogical specialties on the base of mathematical analysis.
SESSION G2 TUESDAY 22ND SEPT.
Room: Small Hall
Research, Development and Innovation promoting Materials Technologies worldwide
Prof. Dr Heinrich Hofmann
Institute of Materials, Ecole Polytechnique
Fédérale de Lausanne, EPFL
Station 12, CH-1015 Lausanne,
Switzerland,
Heinrich Hofmann, studied Material Science and Engineering at the Technical University of Berlin. 1983 he got his
PhD in Material Science with a thesis prepared at the Powder Metallurgy Laboratory at the Max Planck Institute in
Stuttgart. Between 1983 and 1985, he was senior scientist at the same MPI working on hard metals and composites.
In 1985 he joined the R&D center of Alusuisse-Lonza Services AG. He was involved in the development of new titania
stabilized zirconia and silicon nitride powders. In 1993 he joined the EPFL as Professor and Director of the Powder
Technology Laboratory. His research area includes the synthesis of nanostructured materials based on nanoparticles
and the modification of surfaces with nanoparticles using colloidal methods. The applications of such materials are
in the medical and biological field (drug delivery, hyperthermia, cell separation, biosensors), electronics and sensors
as well as coating of medical devices, turbine blades and paper. He is member of the Swiss Federal working group
“Nanoregulation”, and of the Competence Center of Materials Science of the ETH Board. He is a cofounder of ANTIA
Therapeutics, a company developing nanocomposites for cancer treatments.
13:40 Bridging between research and industrial development in Materials Science: The Swiss Model
Switzerland as most of the European countries has a dual system for public promotion of research and development: The Swiss National Science Foundation
and the Agency for Innovation and Technology. The first is oriented on promoting basic research whereas the second organisation is responsible for development of new products in common academic/industrial projects. For research in Material Science and Engineering (MS&E), these two institutions are able to
cover only partially the needs of the researchers and of industries because modern materials development is often motivated for enabling the potential of
new systems. Also the time horizon is different in MS&E compared to basic or industrial research. Switzerland, especially the ETH domain has established
a new system to increase the efficacy of materials research: the Competence Centre of Materials, CCMX. Based on in depth discussions and assessments,
the long term needs of industries was evaluated and compared with the existing competences at the ETH Domain. Based on the results, research topics
for short and long term projects were determined and in a second phase seeding of strong research networks with academic and industrial partners and
additional research chairs at the two ETH’s were initiated. This talk will present the impact of this new approach on the research landscape in Switzerland
and tries to present some general conclusions for ME&E research.
47
Area G Side Events
Dr George Vekinis was born in Athens, Greece and studied and worked in South Africa, the UK and is currently a
Research Director at the National Research Centre “Demokritos” in Greece working predominantly on advanced
materials for Space applications. George has over 30 years’ experience in many fields of advanced materials and
processes with funding from various agencies, most notably the European Commission and is author or co-author of
nearly 150 papers and conference presentations, many of them invited, as well as 7 patents.
Prof. Dr Georges Vekinis:
Research Director Demokritos, National
Center of Scientific Research, Agia
Paraskevi Attikis, P.O.Box 60037,
153 10 Athens, GREECE
In addition to his research work, George is a very experienced consultant in Innovation Management, Technology
Transfer, IPR protection etc. Over the past 15 years he has been advising the Industrial Technologies Division of the
European Commission on the optimum transfer of EC-funded technologies to the market and has been a panel member of various advisory committees. He has recently (2014) published the book “Technology Transfer in Practice: from
Invention to Innovation - A step-by-step guide for researchers and inventors” which is aimed at guiding researchers
on the best practices for exploiting their results.
Since 2005, George co-founded and is the President of the AIT SA spin-off company based in Greece which designs
and manufactures industrial microwave drying equipment for ceramics and minerals industries, on the basis of his
own patented RTD results.
In April 2014 George was elected President of the Hellenic Society for Science and Technology of Condensed Matter
(HSSTCM).
14:05 The long road from Invention to Innovation: guidelines for researchers and their organisations
I think it is not an exaggeration to state that “The world builds what Europe thinks”. Without a doubt, a vast number of technological ideas that have become
valuable innovations can be traced back to some European laboratory.
It is a well accepted fact that Europe lags behind many other parts of the world in converting smart inventions to valuable innovations. Many reports have
been written on why this should be so, but the underlying reason seems to be that European researchers prefer the glory of discovery in the lab rather than
the pleasure of entrepreneurship in the real world.
This talk will attempt to show that the capability of bridging these two worlds is not only a tremendously satisfying endeavour in its own right but also that
the Technology Transfer process can be learnt and practised along a clearly delineated path. The route from the bright idea to the invention and finally to the
valuable innovation has many twists and turns and may even lead to dead-ends and disappointments, but the end result is highly satisfying.
Felix Moesner is CEO of swissnex Boston and the Consul of the Consulate of Switzerland. Established as the world’s
first “Science Consulate” in 2000, swissnex Boston is part of a global network including San Francisco (2003),
Singapore (2004), China (2007), India (2009) and Brazil (2013). The mission of swissnex Boston is to promote
knowledge exchanges between Switzerland and North America in higher education, technology, innovation, science
and the arts.
Dr Felix Moesner
Federal Department of Foreign Affairs
SWISSNEXT BOSTON
420 Broadway
Cambridge,
MA 02138
Felix Moesner is a Master and Doctor graduate from ETH Zurich and the University of Tokyo. As engineer and scientist,
he majored in robotics, MEMS and nanotechnologies. Dr Moesner worked in two consulting firms (Synpulse & Egon
Zehner) and two blue chip companies (Toshiba & Credit Suisse Life) at senior management level before joining the
science diplomacy.
In 2013, Felix Moesner founded the New York Outpost in Manhattan, as part of swissnex Boston. He is also the
founder of the Science & Technology Diplomatic Circle of Boston with 53 Diplomatic Missions. From 2003 to 2012,
Dr Moesner was the head of the Science and Technology Office at the Embassy of Switzerland in Japan. Together
with the US Embassy, he also held the presidency of the Science and Technology Diplomatic Circle, which is comprised of 80+ diplomatic missions and affiliates such as NSF or NASA. Several awards and grants underline his
proactive commitments. Twitter: @felixmoesner
14:30 Global opportunities to bring top research to market
48
For the fourth year in a row, Switzerland has remained at the top of the Global Innovation Index 2014. Accomplishing this requires stable politics with minimal
uncertainty for businesses, generous and sustained public funding for fundamental research without political strings, and high private-sector investment for
R&D, as shown in the Global Innovation 1000. In fact, a total of 4.8% ($31 Billion in 2014) of the world’s R&D investment comes from Switzerland. Of that
fraction, $8.9 Billion is invested in the US, more than any other country.
As part of the global ERI-Network, swissnex Boston strategically supports these efforts by connecting the dots between Swiss and US scientists and innovators. As an initiative of the Swiss Government, swissnex Boston was the world’s first science consulate, when it opened its doors 15 years ago. It is now
part of a worldwide network of Swiss nodes in the world’s most innovative regions, where the future is being shaped. We are proud to work on world-class
partnerships in science, education, and innovation that strengthen the outreach which results in a win-win situation.
Samples of technology transfer, startups support and high-tech showcasing in the US and in Asia with focus Japan will be introduced.
Area G Side Events
Brigitte Kriszt
Montanuniversität Leoben, Austria
Marianne Hörlesberger
AIT Austrian Institute of Technology GmbH, Austria
Bruno Hribernik
Austrian Society for Metallurgy and Materials
15:15 Austrian Foresight On Engineering Materials
Europe needs innovations and production on-site in high-tech technologies and materials to obtain serving prosperity. For a sustainable and stable knowledge based economy and society it is indispensable to maintain the value-added chain also for enabling technologies inside an area such as Europe
or a specific country. Creating awareness and support from a wide variety of agencies and institutions with regard the system for enabling technologies
(knowledge creation and production) is a challenge. However foresight methodologies provide approaches which can take into account a broad variety of
aspects and experts for dealing with such a challenge. Therefore the Austrian Society for Metallurgy and Materials, the Montanuniversität Leoben, and the
AIT Austrian Institute of Technology designed and accomplished a foresight project for developing scenarios for the manufacturing bases in Austria regarding structural materials such as steel, non-ferrous metals, polymers, and ceramic each regarded together with their composites for high-tech technologies
along the whole value-chain. The emphasis in this contribution is put on the adaptation of the methodology to this specific problem and the description of
the result of the Austrian Materials Foresight. Foresight is a systematic view at the longer-term future of science, technology, business and society to identify
areas for strategic research and technology with the greatest economic and social benefits. The process was into three stages. In the first stage the frame
was defined in details. The definition of the experts to be invited for workshops and the adaptation of the scenario method was worked out and discussed
with the advisory board. In stage two scenarios in each of the four structural material areas (steel, non-ferrous metal, polymers, ceramic) were developed in
several workshops with a strict structured procedure. In stage three a “future conference on material 2014” discussed the developed scenarios and worked
out the topics and actions across all scenarios and lead to three central issues, which will be pursued in a follow up process. The consortium was optimal
composed because of the complementary expertise. The developed procedure could manage to involve and reach most of the important people for further
support of the thematic outcome. In the presentation the results of the Austrian Materials Foresight with respect to materials research and accompanied
measures will be discussed.
Ugo Lafont1, Laurent Pambaguian2, Tommaso Ghidini2, Christopher Semprimoshnig1
1
Materials Space Evaluation and Radiation Effects Section
2
Materials Technology Section
European Space Agency - ESA/ESTEC, Noordwijk, The Netherlands
15:35 Advanced materials and manufacturing process for space application: an European Space Agency perspective
When it comes “to makes new thing to do new things” in general and in particular for space, materials and the way to process them are of paramount
importance.
Technological development is one of the core function of the agency mandated in its convention. Enabling and maturing new technologies is a crucial aspect
for space program and more than that, to strengthen the European space industry capabilities.
Promoting the development of advanced materials and manufacturing processes is one of the strategic and enabling driver for the European Space Agency
when it comes to new technologies.
Together with the enabling tools proposed by ESA for technological development, in this paper the need and vision of materials with high added values
for space application (coating, composite, thermoset, thermoplastics, honeycomb structure, graphene based system, self-healing materials…) as well as
advanced manufacturing processes (out of autoclave, additive manufacturing…) will be presented.
49
Area G Side Events
SESSION G3 WEDNESDAY 23RD SEPT.
Room: Small Hall
Strategic Materials for Europe and Resources Strategies
Dr R.J. Koopmans
Dow Europe GmbH
Bachtobelstrasse 3
8810 Horgen
Switzerland
Rudy Koopmans is an R&D Fellow at Dow Europe GmbH, and resides in Horgen, Switzerland. He holds a PhD in
Physical & Macromolecular Chemistry from Antwerp University (Belgium), and a Business Administration Master of
Leuven University (Belgium). During his 31 years at Dow he held various R&D roles at several Dow locations in
Europe and USA, covering topics on physics, processing, and application design of thermoplastics, thermosets, and
bio- and bio-inspired materials. His R&D focus is on the identification, development and implementation of innovative
material technologies in which rheology plays a preeminent role as a multi-disciplinary scientific discipline. Throughout his career an essential passion has been to drive the advancement of rheology for exploiting the understanding of
structure-property-performance relationships and capturing the science in modeling tools.Directing, executing, facilitating, leveraging, networking and supporting efforts in rheology and plastics processing have and are his hallmarks
of making an impact and being an inspiration for many.
He holds visiting professorships at ETH Zürich (CH) and Leeds University (UK). In 2004 he received the StaudingerDürer Medal for excellence in Materials Science at the ETH Zürich (Switzerland). He has published more than 70
papers in international journals, contributed multiple book chapters, wrote two books - one on Self Assembling
Peptides and one on Polymer Melt Fracture -, and is holder of multiple patents in the field of materials design and
polymer processing.
13:40 Rethinking Plastics as Materials: Opportunities for Innovation
Today plastics as materials define how society operates - in ways difficult to imagine and in very visible, highly criticized ways. More than 150 years ago,
plastics emerged out of a drive to replace “natural” products, considered of finite availability (e.g. ivory, lacquers), and eventually became extremely successful synthetic materials by virtue of cheap petroleum as feedstock and a booming chemical industry after the 1950’s. At the beginning of the 21st century
scenario’s on limits to growth and a societal drive for more sustainable products make it however particularly important to rethink the production and use of
synthetic materials such as plastics. The time has come to reconsider plastics and see them not as “extremely simplified” versions of natural “plastics” but
as a next generation of adaptive functional materials mirrored on what nature has achieved with “plastics”. The quo vadis of plastics i.e. polymeric systems,
is precisely the taking of chemistry, chemical engineering, and product design to a next level of being more in tune with the functioning of nature.
Dr Wolfgang Rossner
Head of Research Group, Siemens
AG Corporate Technology Research and
Technology Center CT RTC MAT CPM-DE,
Ceramics and Powder Metallurgy OttoHahn-Ring 6 81739 München,
Deutschland Wolfgang Rossner is research manager at Corporate Technology, Siemens AG, Munich. His main research interest
is on high temperature ceramics and related composites and advanced ceramic processing technologies including
additive manufacturing technologies. In 1997 he received the Siemens innovation award for the development of
scintillating ceramics for application in medical x-ray computed tomography and in 2007 he was selected as Siemens
Top Innovator in the field of luminescent and optical ceramics. Rossner has published, presented and co-authored
about 100 articles and has been issued about 90 patents. He is a research consultant for Fraunhofer Society and
Materials Research Center Freiburg, both in Germany, and is co-chairing a joint board of the German Ceramic Society
and German Society for Materials for advanced ceramics.
14:05 Innovative Impact by High Performance Ceramics
50
The main developments of the 21st century are generating substantial challenges which urgently demand progress and solutions. Resource availability,
environmental protection, population growth, energy supply and demographic change necessitate innovative impact and faster innovation cycles. Materials
are expected to make a substantial impact in facilitating more powerful technologies. High performance ceramics in particular will be required to improve the
efficiency, functionality and lifetime of technical systems such as those used in electric power generation, mobility, healthcare and infrastructure. There are a
number of promising new potential applications in advanced ceramics in a range of fields such as the replacement of materials approaching their theoretical
performance limit, stress-tolerant hybrid composites, multilayer and electrical ceramics and coatings. Advanced processing techniques relating to ultrafast
sintering and generative manufacturing, for example, are also being realized. Using industrial application cases and highlighting successful examples, the
innovation potentials of advanced ceramics will be examined.
Area G Side Events
Prof. Dr David J. Jarvis,
Head of Strategic & Emerging
Technologies (TEC-TS), European
Space Agency - ESA/ESTEC, Keplerlaan
1, 2201 AZ Noordwijk, The Netherlands
Professor David Jarvis is Head of Strategic & Emerging Technologies at the European Space Agency (ESA),
and he is responsible for €125 million of R&D activity and a team of 12 managers and research fellows. Professor
Jarvis has 13 years’ experience conceiving, assembling and managing large-scale, international consortia of
academic and industrial scientists in the fields of new materials, advanced manufacturing and energy research.
This entails the co-development of strategic technologies, with universities and companies in many different sectors such as space, aeronautics, automotive, power generation, chemical, security and nuclear fusion. In this time,
an extensive international network of top scientists from academia, industry, governmental and intergovernmental R&D centres has been developed and mobilised. Prof Jarvis holds a BEng and PhD from Swansea University,
UK. He has published about 25 scientific papers and made numerous patent applications in materials and manufacturing. In 2012, Professor Jarvis was elected as a foreign member of the Royal Swedish Academy of Engineering
Sciences, and he is also now the Chairman of Metallurgy Europe.
14:30 Metallurgy Europe - forging ahead !
Metallurgy Europe is a one billion euro programme that has been recently selected by the member states of Europe as a long-term Eureka Cluster.
Metallurgy Europe is laying the technical foundation for a whole new generation of alloys, compounds, intermetallics and composites, and it will
transform the way we deploy metallic products in applications. A strong emphasis has been placed on material discovery and advanced manufacturing, driven by the needs of over 200 industry partners. This will help us aim for the future and tackle some of the societal challenges related to renewable energy, nuclear fusion, green mobility, aerospace, security, healthcare, raw materials and climate change reduction. This presentation will provide
a short overview of Metallurgy Europe and explain how the programme will deliver huge value to the European economy over the coming decades
Dr Fabrice Stassin,
Managing Director EMIRI Energy Materials
Industrial Research Initiative (fabrice.
stassin@emiri.eu)
Manager EU Government Affairs Umicore
SA/NV, Rue du Marais 31, 1000 Brussels,
Belgium
Fabrice Stassin is Managing Director of the EMIRI Association He holds a Diploma and PhD in Chemistry from the
University of Liège in Belgium. Fabrice Stassin joined Umicore in 2008 as Innovation Project Manager covering the
scope of clean technologies of interest to Umicore with later a focus on thin-film photovoltaics. Since 2012, he is
part of the Brussels-based team of Umicore Government Affairs focusing on Energy Materials. Fabrice Stassin was
instrumental in the development of the EMIRI Association which he now manages. EMIRI aims at establishing Industrial
Leadership in EU in the field of Advanced Materials for low-carbon energy technologies through involvement of all
stakeholders in strategic research & innovation programmes.
15:15 The role of Advanced Materials as enablers in tackling the EU energy challenges
The aim of the EMIRI talk is to raise awareness, inform and update key stakeholders on the key enabling role that advanced materials play in facilitating the
development & deployment of low carbon energy technologies supporting the targets established in the SET-Plan (cheaper, secure, accessible and sustainable energy).
The talk will among others highlight the recommended orientations for Industry-supported Innovation on Advanced Materials for low carbon energy as well
as share some business elements on the state of European value chains of Advanced Materials for low carbon energy.
51
Area G Side Events
Dr James R. J. Goddin
Dr Hannah Melia
Dr Claes Fredriksson
Granta Design Ltd, Cambridge, UK
15:40 Addressing critical, conflict and strategic materials risks at a product level
52
Evaluating the material supply risks at a product level is fraught with difficulties, it is now widely accepted that whilst generic lists are useful for directing
and implementing policy decisions at the level of economic regions, they are far less applicable at a business, technology or product level where a more
detailed understanding of the materials, their performance requirements, composition and the specific supply risks is required in order to avoid acting upon
a misleading assessments of risk.
Furthermore, the instinctive response to some risks such as for example, in the case of conflict minerals, sourcing from an alternative supply in a non-conflict
region, may in fact have undesired consequences by exacerbating some of the key contributing factors that underlie the conflict.
In this paper we review how knowledge based tools for industry and teaching resources are being used to understanding and inform on these complex
interactions and how the issues of business specific supply risk, risk management strategies and supply chain impacts can be approached in a manner that
offers to reinforce supply chain value, reduce risk and leverage enhanced social value and security in both the short term and the longer term.
Lecture
Program
Coding Rules
ORAL PRESENTATIONS
Sessions
Type of presentation
AM1 – 08:30-10:30
AM2 – 11:00-13:00
PM1 – 14:30-16:30
PM2 – 17:00-19:00
I/K – Invited/Keynote 40 minutes
H – Highlight 20 minutes
O – Oral 20 minutes
A1.1-H-TUE-AM1-2
Symposium
Day of presentation
Talk number
Symposium
A1.1 – F3.2
MON – Monday
TUE – Tuesday
WED – Wednesday
THU – Thursday
in session
POSTERS
Sessions
Type of presentation
P1 TUE – 17:00-19:00
P2 WED – 17:00-19:00
P – Poster
D1.1-P-TUE-P2
54
Symposium
Day of presentation
Symposium
A1.1 – F3.2
TUE – Tuesday
WED – Wednesday
Oral
Sessions
Oral Sessions
Monday 21 September 2015 /PM1
Symposium
A1.2
B1.2
B1.3
B2.1
Room
MF 101
MB 134
MB 437A
PF 113
Chairperson
Stoyan Smoukov
Hussein Beladi
Mariana Calin
Emanuel Ionescu
14:30
Invited/Keynote
Multifunctional Electroactive Polymers
and Nanocomposites -- Fascinating
Properties and Novel Applications
Qiming Zhang (The Penn State
University)
Invited/Keynote
Current R&D Trends in Steel Grades
for Automotive Applications
Bruno Charles De Cooman (Pohang
University of Science and Technology)
Invited/Keynote
Atomic Structure and Mechanical
Deformation in BMG
Wojciech Dmowski (University of
Tennessee)
Invited/Keynote
Chemical Processing of Metal Oxide
Nanostructures and Heterostructures
for Sensing and Energy Harvesting
Applications
Sanjay Mathur (University of Cologne,
Institute of Inorganic Chemistry)
15:10
Oral
Colloidal photonic crystals and their
responsive functional applications
Hiroshi Fudouzi (NIMS) Tsutomu
Sawada
Oral
Fabrication of an ultrafine grained
lightweight steel using electricthermomechanical processing
Wenjun Lu (Imperial College London)
Rongshan Qin
Highlight
Deformation in metallic glasses
studied by TEM
Christoph Gammer (University of
Vienna) Denise Beitelschmidt,
Christian Ebner, Jürgen Eckert, HansPeter Karnthaler, Andrew Minor, Stefan
Noisternig, Simon Pauly, Christian
Rentenberger
Oral
Characterization of sol-gel synthesized
doped rare earth metal pyrochlores
Michał Stopyra (Silesian University of
Technology) Tomasz Matuła, Marta
Mikuśkiewicz, Grzegprz Moskal
15:30
Oral
Patterning by Elastic Instability of
Immobilized Dielectric Elastomer
Actuators
I-Ting Lin (University of Cambridge)
Oral
A Rationale for Developing Tough
Ductile Martensitic Steels Through
Direct Quenching and Partitioning at
Low Temperatures
Mahesh Somani (University of Oulu)
Pentti Karjalainen, Devesh Misra,
David Porter, Pasi Suikkanen
Oral
High temperature deformation
and stress relaxation in La-based
bulk metallic glasses Jichao
Qiao (Northwestern Polytechnical
University) Jean-Marc Pelletier, Yao
Yao
Oral
Synthesis and characterization of
amorphous silica-based hybrid
materials for CO2-selective ceramic
membranes
Zineb Mouline (Nagoya Institute of
Technology) Yusuke Daiko, Sawao
Honda, Yuji Iwamoto, Asahi Kota,
Takahiro Onishi
15:50
Highlight
Unconventional Networks Give Soft
Active Materials Unprecedented
Properties
Xuanhe Zhao (MIT)
Oral
Microstructural stability of new
austenitic steel Sanicro 25 during
long-term ageing at 750°C
Barbara Kościelniak (Silesian
University of Technology)
Oral
Non-Isothermal crystallization Kinetics,
Magnetic and Mechanical Properties
of FeCoBSiNb and FeCoBSiNbCu
glassy alloys
Parthiban Ramasamy (Leibniz
Institute for Solid State and Materials
Research, Dresden)
Oral
Single-Source-Precursor Synthesis
and Properties of Hf-Containing
Ultrahigh-Temperature Ceramic
Nanocomposites (UHTC-NCs)
Emanuel Ionescu (Technische
universität Darmstadt)
16:10
Oral
Synthesis of Fe-Mn-Cr-Mo-C-B-Er
alloys with tunable microstructure
and enhanced mechanical properties
by injection casting and annealing
treatments
Huiyan Zhang (Universitat Autonoma
de Barcelona) Yangyang Cheng, Maria
Dolors Baró, Yuping Feng, Ran Li, Eva
Pellicer, Jordi Sort, Santiago Suriñach,
Tao Zhang
14:50
56
Oral Sessions
Symposium
C1.1
C2.1
C3.1
C3.2
Room
MF 107
MB 206
MF 40
MB 327
Chairperson
Yulia Ivanisenko
Ivan Kaban
Nadezhda Bulgakova
Vassilis Binas
Invited/Keynote
Joining of Ceramics and Metals for
Structural, Functional and Thermal
Management Applications
Rajiv Asthana (University of WisconsinStout) Mrityunjay Singh
Invited/Keynote
Ultrapure laser-synthesized
nanomaterials for biomedical
applications
Andrei Kabashin (CNRS - Aix-Marseille
University)
Oral
Surface modified polypropylene fibers
for high efficiency water and air
filtration media
Jakub Michalski (Warsaw Unv. of
Technology) Szymon Jakubiak,
Krzysztof Kurzydłowski, Piotr
Smektała, Justyna Tomaszewska,
Milena Zalewska
14:30
Invited/Keynote
Grain size effect on phase
transformations in high-pressure
torsion
Kaveh Edalati (Kyushu University)
Zenji Horita
14:50
Oral
Optically Anisotropic Surfaces via
Colloidal Self-Assembly of Gold
Nanoparticles on Macroscopic Areas
Christian Kuttner (University of
Bayreuth) Munish Chanana, Andreas
Fery, Christoph Hanske, Tobias A.F.
König, Mareen B. Müller, Moritz Tebbe
15:10
Highlight
Phase transformations of alloys
processed by severe plastic
deformation
Thomas Waitz (University of Vienna)
Christoph Gammer, Richard James,
Clemens Mangler, Mitsuhiro Matsuda,
Peter Müllner, Ajit Panigrahi, Martin
Peterlechner, Peter Schindler
Oral
Joining of advanced SiC-based
composites with a MAX phase Ti3SiC2 using Spark Plasma Sintering
Peter Tatarko (School of Engineering
& Materials Science and Nanoforce
Technology Ltd., Queen Mary
University of London) Valentina
Casalegno, Monica Ferraris, Michael
Reece, Milena Salvo, Theo Saunders
Highlight
Novel materials made by crystal
growth methods for light-matter
interaction
Marcin Gajc, Dorota A. Pawlak
Highlight
Facet-Specific Assembly of Proteins
on SrTiO3 Polyhedral Nanocrystals
Lingqing Don (Department of Materials
Science and Engineering,Zhejiang
University) Kui Cheng, Wei-Qiang Han,
Wenjian Weng
15:30
Oral
Phase Transformations Driven by the
Severe Plastic Deformation
Boris Straumal (Institute of Solid State
Physics RAS, Chernogolovka) Brigitte
Baretzky, Yulia Ivanisenko, Askar
Kilmametov, Andrei Mazilkin
Oral
The effect of Ag-Cu-Ti preform
thickness and Al2O3 surface condition
on the microstructure and properties
of Al2O3-Al2O3 joints made using active
metal brazing
Tahsin Ali Kassam (Brunel University /
National Structural Integrity Research
Centre (NSIRC)
Oral
Producing gas-phase targets of
nanoparticles and large molecules by
blister-based laser-induced forward
transfer
Alexander Bulgakov (Institute of
Thermophysics) Nadezhda Bulgakova,
Eleanor Campbell, Nathan Goodfriend,
Oleg Nerushev, Yuri Shukhov, Sergey
Starinskiy
Oral
Pb-Co-Sn coating as anode for acid
water electrolysis
Claudia Carrasco (Universidad de
Concepcion) Carlos Camurri, Jean Luc
Delplancke, Marie-Paule DelplanckeOgletree
15:50
Oral
Phase transitions in Cu-Sn alloys
induced by high pressure torsion
Anna Korneva (Institute of Metallurgy
and Materials Science, Polish
Academy of Sciences) Brigitte
Baretzky, Askar Kilmametov, Boris
Straumal, Paweł Zięba
Oral
Rare earth aluminosilicate glasses for
laser supported joining of SiC devices
Marion Herrmann (Technische
Universität Dresden) Sarfraz Ahmad,
Antonio Hurtado, Wolfgang Lippmann,
Morsi Mohamed Mahmoud, HansJürgen Seifert, Martin Steinbrück
Oral
Preparation of colloidal solutions by
pulse laser ablation of gold, silver and
their alloys in liquids
Sergey Starinskiy (Institute of
Thermophysics, Siberian Branch of
the Russian Academy of Sciences)
Alexander Bulgakov, Yuryi Shukhov
Oral
Covalent layer-by-layer assembly
for enhancing abrasion resistance:
Toward robust multimaterial
nanoscale films.
Shahid Saeed Qureshi (Government
Postgraduate College Jhelum
Pakistan) Gero Decher, Olivier Felix,
Zhiqiang Zheng
16:10
Oral
Martensite-austenite transformations
in Cu-Al-Ni shape memory alloys
driven by high-pressure torsion
Gabriel A. López (Applied Physics
II, University of the Basque Country
UPV-EHU) Brigitte Baretzky, Mariano
Barrado, Horst Hahn, Askar R.
Kilmametov, K.I. Kolesnikova, Inaki
López-Ferreno, María L. Nó, José San
Juan, Boris B. Straumal
Oral
Electrodeposition and characterization
of Sn-Zn-Bi lead-free solder layers
Honorata Kazimierczak (Institute of
Metallurgy and Materials Science of
Polish Academy of Sciences) Robert
Chulist, Agnieszka Hara, Piotr Ozga,
Zbigniew Świątek
Oral
The effect of laser-induced breakdown
plasma in liquid on generation and
fragmentation of gold nanoparticles
Anton Serkov (Wave Research Center
of A.M. Prokhorov General Physics
Institute of the Russian Academy of
Sciences) Peter Kuzmin, Ignat Rakov,
George Shafeev
57
Oral Sessions
Symposium
C4.1
C4.3
D1.3
D2.1
Room
MB 226
MB 437
MF 103
PF Auditorium 1st floor
Chairperson
Olga Fabrichnaya
Wilhelm Schabel
14:30
Invited/Keynote
TTT-diagrams for TCP phase
precipitation in Ni-based superalloys
- the effect of Re and Ru on the hightemperature stability
Kamil Matuszewski (University of
Erlangen-Nuremberg FAU) Krzysztof
Kurzydłowski, Ralf Rettig, Robert
Singer
Invited/Keynote
New materials and patterning
methodologies for printed electronics,
energy generation & wireless energy
harvesting systems
Thomas Anthopoulos (Imperial College
London)
15:10
Oral
Modelling the effect of alloying
elements on the interdiffusion
processes in MCrAlY coatings
Anton Chyrkin (Forschungszentrum
Juelich GmbH)
Highlight
Liquid Processing of Precursor
Solutions for Metal Oxide TFTs
Anita Neumann, Ralf Anselmann
Oral
Low-noise cold-field emission current
obtained from two carbon cone
nanotips during in situ TEM biasing
Ludvig de Knoop (Chalmers University
of Technology / CEMES-CNRS)
Christophe Gatel, Florent Houdellier,
Martin Hÿtch, Aurélien Masseboeuf,
Marc Monthioux, Eva Olsson, Etienne
Snoeck
Oral
Counting dislocations in microcrystals with coherent x-rays: in-situ
studies of the plastic deformation of
InSb micro-pillars
Ludovic Thilly (University of Poitiers)
15:30
Oral
Database development on systems
with liquid metal – oxide interactions
used for metallic melt filtration
Tilo Zienert (TU Bergakademie
Freiberg, Institute of Material Science)
Olga Fabrichnaya
Highlight
Materials For Flexible Electric And
Electrochromic Devices On Paper
Substrates
Luis Pereira (Universidade Nova de
Lisboa)
Oral
Contribution of time-resolved
Raman spectroscopy for in situ
characterization of refractory oxide
materials
Eric Stephane Fotso Gueutue (CEMTHI
- CNRS-ORLEANS)
Oral
In situ synchrotron X-ray diffraction
of the stress-induced martensitic
transformation in NiTi and in the
metastable beta Ti-24Nb-4Zr-8Sn
alloy
Lorène Héraud (ISCR UMR6226 INSA RENNES) Philippe Castany,
Thierry Gloriant, Yang Yang
15:50
Oral
Thermodynamic assessments of the
MgO-MnOx and ZrO2-MgO-MnOx
systems
Dmytro Pavlyuchkov (TU-Freiberg)
David Dilner, Olga Fabrichnaya
Oral
Complete Room Temperature
Processing of Printed and High
Performance Oxide Electronics
Tessy Baby (Karlsruhe Institute of
Technology) Subho Dasgupta,
Simone Dehm, Suresh Garlapati,
Horst Hahn, Robert Kruk
Oral
Local determination of residual
stresses and fracture properties using
in-situ testing in the SEM
Daniel Kiener (Montanuniversität
Leoben) Roland Brunner, Darjan Kozic,
Ronald Schöngrundner, Ruth Treml
16:10
Oral
Easy, non-toxic, cost-efficient
precursor solution route for printed
amorphous zinc-tin-oxide transistors
Benedikt Sykora (TU Darmstadt,
Material Science, e-mat) Heinz von
Seggern
Invited/Keynote
Three dimensional propagation of
fatigue cracks in polycrystalline
materials
Henry Proudhon (MINES ParisTech)
Jean-Yves Buffiere, Vincent
Chiaruttini, Samuel Forest, Dominique
Geoffroy, Nicolas Gueninchault, Yoann
Guilhem, Jia Li, Wolfgang Ludwig,
Peter Reischig, Arjen Roos
14:50
58
Cem Tasan
Highlight
In situ off-axis electron holography
for the quantitative study of
electromagnetic properties of
nanosystems
Christophe Gatel (CEMES-CNRS /
Unviersity of Toulouse)
Invited/Keynote
Probing deformation and fracture of
materials with high spatial resolution
Gerhard Dehm (MPI für
Eisensforschung) B. Nagamani
Jaya, Christoph Kirchlechner, Rejin
Raghavan
Oral
Magnetic changes of epitaxially
strained manganite thin films studied
by Cryo-Electron Holography
Luis Alfredo Rodríguez (Cemes-Cnrs)
Pedro Antonio Algarabel, Remi Arras,
Jose Maria De Teresa, Manuel Ricardo
Ibarra, Irene Lucas, César Magén,
Lorena Marín, Luis Alberto Morellón,
Etienne Snoeck
Oral
Uni-axial micro tensile analysis of
ferrite plasticity
Chaowei Du (Eindhoven University
of Technology) Marc Geers, Johan
Hoefnagels
Oral Sessions
Symposium
D3.1
E1.1
E2.1
F1.1
Room
MB 306
MB 309
MB 213
MB 144
Chairperson
Michele Ceriotti
David Armitage
Brett Suddell
Frank Witte
14:30
Highlight
Design of structural materials by
predictive ab initio thermodynamics:
Challenges, applications and
perspectives
Joerg Neugebauer (Max-PlanckInstitut fuer Eisenforschung)
Invited/Keynote
Nanoindentation of tungsten to 950 ºC
in high vacuum
David E.J. Armstrong (Royal Academy
of Engineering Research Fellow,
Department of Materials, University of
Oxford) Ben Beake
Invited/Keynote
BioPCM - Optimising Phase Change
Materials in Temperature Controlled
Packaging Applications
Keith Spilsbury (WoolCool) Patsy
Barlow, Angela Morris, Brett Suddell
Invited/Keynote
Chitosan hydrogels for Spinal chord
tissue repair
Laurent David (ICNRS, Université
de Lyon, Bat. Polytech Lyon) Jamila
Chedly, Alexandra Montembault,
Fathia Nothias, Sylvia Soares, Ysander
von Boxberg
14:50
Oral
First-principles study of Al-Cu
energetics and consequences
on athermal formation of Cu-rich
compounds
Rémy Besson (Centre National de la
Recherche Scientifique)
15:10
Oral
Interatomic spacing distribution in
multicomponent alloys
Isaac Toda-Caraballo (Materials
Science and Metallurgy department.
The University of Cambridge) Sergei
Dudarev, Duc Nguyen-Manh, Pedro
Rivera-Díaz-del-Castillo, Jan Wróbel
Highlight
Experimental simulation of melting/
solidification of nuclear materials
under accident conditions
Dario Manara (Europan Commission)
David Bottomley, Andrea Ciccioli, Sara
Mastromarino, Alice Seibert
Highlight
Manufacturing of Biodegradable Films
on the Basis of Polylactide (PLA) and
Poly(butylene succinate) (PBS)
Grzegorz Szparaga (Department of
Material and Commodity Sciences
and Textile Metrology) Maciej Boguń,
Magdalena Brzezińska, Michał
Chrzanowski, Zbigniew Draczyński,
Izabella Krucińska, Michał Puchalski,
Sławomir Sztajnowski
Oral
A bespoke collagen-based platform
for chronic wound care
Giuseppe Tronci (University of Leeds)
M. Tarik Arafat, Stephen Russell, David
Wood, Jie Yin
15:30
Oral
Point, Linear and Planar Defects in
Titanium
Adam Ready (Imperial College
London) Peter D. Haynes,
Adrian P. Sutton
Highlight
Atomistic simulation of the interaction
of dislocations and fission gas bubbles
in UO2 nuclear fuel
Paul C. M. Fossati (Imperial College
London) Robin W. Grimes,
Samuel T. Murphy
Oral
From biomass to biorefineries: the
potential of a caramel like by-product
to open windows to functional
materials
Alice Mija (University of Nice) Ed de
Jong, Jan C. van der Waal
Oral
Chitosan/polyester-urethane
composites with thermally activated
shape-memory behavior – synthesis
and characterization
Monika Bil (Warsaw University of
Technology) Ewelina Kozikowska,
Krzysztof J. Kurzydlowski, Wojciech
Swieszkowski
15:50
Oral
Phase stability and point defects in
ternary Fe-Cr-Ni alloys
Jan Wróbel (Warsaw University of
Technology) Sergei Dudarev, Maria
Ganchenkova, Mikhail Lavrentiev, Duc
Nguyen-Manh
Oral
The phase transformation of studtite,
UO4 · 4 H2O, to metastudtite, UO4 · 2
H2O studied in detail by temperature
dependent X-ray diffraction.
Sabrina Labs (Forschungszentrum
Jülich) Dirk Bosbach, Hilde Curtius,
Andreas Neumann
Oral
Hygrothermal stability of poly (butylene
adipate-co-butylene terephthalate/
wood) flour composites
Adriana Gregorova (Graz University of
Technology, ICTM)
Oral
Biomedical metal alloys produced by
direct metal laser sintering
Fabrizio Fiori (Universita’ Politecnica
delle Marche) Gianni Barucca, Elena
Bassoli, Lucia Denti, Andrea Gatto,
Emmanuelle Girardin, Paolo Mengucci,
Bogdan Rutkowski
16:10
Oral
Ab-initio search for molybdenum
alloys with improved GB cohesion
Lorenz Romaner (Materials Center
Leoben Forschung) Reinhard Pippan,
Peter Puschnig, Daniel Scheiber
Oral
Characterisation of phases in long
term thermally aged Type 316H
austenitic stainless steel
Alexander Warren (University of Bristol
Interface Analysis Centre) Peter
Flewitt, Ian Griffiths, Tom Scott
Oral
Self-Healing coatings based on
metallophilic hydrogels for wear
control of prosthesis
Laura Sánchez Abella (IK4-Cidetec)
59
Oral Sessions
Symposium
A1.2
A1.3
B1.2
B1.3
Room
MF 101
PF 309
MB 134
MB 437A
Chairperson
Stoyan Smoukov
Sara Bals
Carlos Garcia Mateo
Wojciech Dmowski
17:00
Invited/Keynote
Biomimetic Hydrogel Devices and Soft
Robotic Components Operating on
Ionic and Microfluidic Principles
Orlin Velev (North Carolina State
University)
Michael Dickey, Hyung-Jun Koo,
Daniel Morales, Etienne Palleau
Invited/Keynote
DNA-based functional nanostructures
Mauricio Pilo-Pais
Tim Liedl
Highlight
Change in Mechanical Properties
of 1.5 GPa TS grade High Strength
Steel Sheets by Combining Tempered
Martensite with Bainite Containing
Retained Austenite
Hiroshi Matsuda
(JFE Steel Corporation)
Invited/Keynote
Nanocrystallization of metallic glasses
Tadeusz Kulik (Warsaw University of
Technology)
Jaroslaw Ferenc, Maciej Kowalczyk,
Jerzy Latuch
17:20
60
Highlight
Effect of Solute Ni and Mn on Brittle
Fracture in Ultra Low Carbon Steels
Nobuyuki Yoshimura (Nippon Steel &
Sumitomo Metal Corporation)
Kenji Higashida, Manabu Hoshino,
Genichi Shigesato, Hiroyuki Shirahata,
Masaki Tanaka, Ryuji Uemori, Kohsaku
Ushioda
17:40
Highlight
Photo-Activation of Microstructured
Liquid Crystal Elastomers
Stefano Palagi (Max Planck Institute
for Intelligent Systems, Stuttgart)
Peer Fischer, Andrew Mark, Kai
Melde, Camilla Parmeggiani, Diederik
Wiersma, Hao Zeng
Highlight
Nanobots: multifunctional smart
nanomachines Morgan Stanton
Samuel Sanchez
Oral
Effects of cooling conditions on
microstructure and ductility in
structural steels
Je-Wook Jang (POSCO) Yong Woo
Kim, Jang Yong Yoo
Highlight
Correlation between mechanical
properties and the Johari–Goldstein
relaxation in La-based bulk metallic
glasses
Jean-Marc Pelletier (INSA-Lyon;
MATEIS) Jichao Qiao
18:00
Oral
Structural and magnetic properties
of soft magnetic composites for flow
control application
Maria Krautz (IFW Dresden) Jürgen
Eckert, Jana Popp, Mario Schrödner,
Anja Waske, David Werner
Oral
Phototunable friction of photochromic
fibrillar surfaces
Gabriele Nanni (Istituto Italiano di
Tecnologia)
Highlight
Fatigue of Advanced Steels
Microstructures
Matthias Kuntz (Robert Bosch)
Eberhard Kerscher, Inga Müller
Oral
Characterization of the low-frequency
relaxation spectrum of metallic
glasses
Eloi Pineda (UPC-BarcelonaTech)
18:20
Oral
Photoactive hybrid gelators based on
the luminescent inorganic [Cu4I4]
cluster core
Sandrine Perruchas (Laboratoire PMC
- CNRS - Ecole Polytechnique)
Oral
Ultrathin Au nanowires: growth and
self assembly in liquid-phase
Lise-Marie Lacroix (LPCNO) Marianne
Imperor-Clerc, Laurence Ressier,
Guillaume Viau
18:40
Oral
Nanoparticles’ organization induced
by a 2D supramolecular template
Farid Kameche (Université Pierre
et Marie Curie) André-Jean Attias,
Fabrice Charra, David Kreher, Fabrice
Mathevet, Ahn-Tu Ngo, Christophe
Petit, Caroline Salzemann, Alice Six
Oral
Crystallization and high temperature
deformation behavior of Ti-based bulk
metallic glasses
Kwang Seok Lee (Korea Institute of
Materials Science) Ka Ram Kim,
Ki Buem Kim, Young Sang Na
Oral
Modeling of rapid dendritic growth
under earthly and reduced gravity
conditions
Peter Galenko (Friedrich Schiller
University, Jena (Germany)
Dmitry Alexandrov, Denis Danilov,
Dieter Herlach, Markus Rettenmayr,
Klemens Reuther
Oral Sessions
Symposium
B2.1
C1.1
C2.1
C3.1
Room
PF 113
MF 107
MB 206
MF 40
Chairperson
Eric Anglaret
Andrea Bachmaier
Joanna Wojewoda-Budka
Omer Ilday
17:00
Highlight
The role of polymer-derived ceramic
additives on improving the sintering
process of glass-powder compacts
E. Ionescu (Technische Universitaet
Darmstadt) H. R. Fernandes,
J. M. F. Ferreira, R. Riedel,
O. Ruzimuradov, Dilshat Tulyaganov
17:20
Oral
Self-aggregation of semifluorinated
alkanes in trisilacyclohexane: a first
step towards soft-templated silicon
carbide
Benoît Gouze (ICSM (Institut de
Chimie Séparative de Marcoule) Julien
Cambedouzou, Olivier Diat, Daniel
Meyer, Thibaud Nardin, Michel Wong
Chi Man
17:40
Oral
Optimization of TiO2 hydrothermal
synthesis and porous polymer derived
Si(Al or B)CN ceramic to produce
a photocatalytic inorganic foam with
controlled porosity
Melanie Wynn (Laboratoire des
Matériaux Céramiques et Procédés
Associés (LMCPA) Samuel Bernard,
Philippe Champagne, Anne Leriche,
Philippe Miele, Chrystelle Salameh
Invited/Keynote
Atomic scale mechanisms of
deformation induced precipitation
and grain refinement in Al-Cu alloys
processed by SPD
Xavier Sauvage (University of
Rouen-CNRS) Elena Bobruk, Maxim
Murashkin, Yana Nasedkina, Ruslan
Valiev
Oral
Kinetics of the intermetallic phases
growth in the solid-state reaction
between (Sn,Ni) and Cu
Anna Wierzbicka-Miernik (Institute
of Metallurgy and Materials Science,
Filipek, Krzysztof Miernik, Joanna
Wojewoda-Budka
Invited/Keynote
A silicon/lithium niobate hybrid
photonic material platform produced
by laser processing
Sakellaris Mailis (University of
Southampton) Harold Chong, Yohann
Franz, David Grech, Noel Healy,
Gregorio Martinez, Anna Peacock,
Grigoris Zisis
Oral
Microstructural investigations of
bimetallic joint Titanium-Austenitic
Stainless Steel obtained by explosive
cladding
Tomasz Płociński (Warsaw
University of Technology) Krzysztof J.
Kurzydłowski, Marcin Wachowski
Oral
Microstructure and mechanical
properties in vanadium developed by
high-pressure torsion and subsequent
short-term annealing
Yi Huang (University of Southampton)
Terence G. Langdon, Mathilde
Lemang, Pedro H.R. Pereira, Nian
Xian Zhang
Oral
Modelling and control of thermal
cycles during dissimilar Friction Melt
Bonding of Al6061 to Ultra-LowCarbon Steel and their role in hot
tearing
Norberto Jimémez Mena (Université
Catholique de Louvain)
Pascal J. Jacques, Aude Simar
Oral
New semi-analytical model of
ultrashort laser interaction with
transparent materials in multi-pulse
irradiation regimes
Nadezhda Bulgakova (HiLASE Centre,
Institute of Physics ASCR)
18:00
Oral
High-pressure torsion of Nd-Fe-B alloy
Andrey Mazilkin (ISSP RAS) Brigitte
Baretzky, Askar Kilmametov, Svetlana
Protasova, Boris Straumal
Oral
Material response aspects during
hybrid laser welding of thick section
steel
Wojciech Suder (Cranfield University)
Supriyo Ganguly, Anand Ramasamy,
Ian Richardson, Stewart Williams,
Bagus Yudodibroto
Oral
Development of polycrystalline silicon
waveguides by laser crystallization
Yohann Franz (University of
Southampton)
18:20
Oral
Strain-induced grain refinement
approaches in copper
N.R. Tao (Institute of Metal Research,
Chinese Academy of Sciences)
W.L. Li, Y.S. Li, K. Lu
Oral
Laser Bonding of Transparent
Materials using Fresnoite-Glass Thin
Film
Araceli de Pablos-Martín (Fraunhofer
Institute for Mechanics of Materials
IWM) Thomas Höche
Oral
Laser-induced surface modifications
on a nickel-based alloy
Lucille Gouton (CEA)
Oral
Using high-pressure torsion for the
fabrication of exceptionally strong
metal matrix nanocomposites
Terence Langdon (University of
Southampton) Byungmin Ahn, Megumi
Kawasaki, Han-Joo Lee, Alexander
Zhilyaev
Oral
Laser surface activation of a
transversal curved stiffener made of
CFRP before adhesive bonding
Marta Botana Galvin (Universidad de
Cádiz) Javier Botana Pedemonte, Raul
Paez Vera
Oral
Microstructure formation on liquid
metal surface under pulsed action
Nadezhda Bulgakova (Institute of
Termophysics SB RAS, HiLASE Centre,
Institute of Physics ASCR),
Dmitry Beloplotov, Dmitry Genin,
Alexei Panchenko
18:40
61
Oral Sessions
62
Symposium
C3.2
C3.3
C4.1
C4.3
Room
MB 327
MB 315
MB 226
MB 437
Chairperson
Vassilis Binas
Ulf Jansson
Mario Kriegel
Oliver Kraft
17:00
Oral
TiO2-based nanostructures for
advanced water purification
Giuliana Impellizzeri (CNR-IMM)
17:20
Oral
Anatase nanoparticle network
formation for thin film enhancement
Apostolos Salmatonidis (TU
Braunschweig/ iPAT)
17:40
Oral
Titania Intercalated Mixed Matrix
Membranes: A Practical Solution to
Eliminate Heavy Metal Ions from Water
Geetha Balakrishna (Centre for Nano
and Material Sciences, Jain University)
Shwetharani, Laveena P D Souza,
Vignesh Nayak, Mahesh S Padaki
18:00
Invited/Keynote
Structure modification and process
control by pulsed electrodeposition
Peter Leisner (Jönköping University)
Caterina Zanella
Highlight
Magnetically soft Fe-based, rapidly
quenched alloys with enhanced
magnetization and reduced coercivity
Viktoriia Basykh (Warsaw University
of Technology) Grzegorz Cieślak,
Jarosław Ferenc, Maciej Kowalczyk,
Tadeusz Kulik
Highlight
Advanced Device Architectures for
Printable OLEDs
Alexander Colsmann (Karlsruhe
Institute of Technology)
Oral
Thermal conductivity changes of
wet green sand moulds during
solidification of castings
Pawel K. Krajewski (AGH University
of Science and Technology) Witold K.
Krajewski, Grzegorz Piwowarski, Jozef
S. Suchy
Highlight
Gravure Printing of Organic LightEmitting Devices
Gerardo Hernandez-Sosa (Karlsruhe
Institute of Technology, Innovation Lab
Heidelberg)
Oral
Design of experiments (DOE) based
analysis for process-parameters/
coating-properties correlation in
thermal spraying process
Mohamed Elhoriny (Institute for
Manufacturing Technologies of
Ceramic Components and Composites
- IMTCCC) Rainer Gadow, Andreas
Killinger
Oral
Processing of molten high-aluminium
zinc-based cast alloys
Pawel K. Krajewski (AGH University
of Science and Technology, Faculty
of Foundry Engineering) A. Lindsay
Greer, Witold K. Krajewski, Grzegorz
Piwowarski
Highlight
Mesostructured Multicomponent
Oxide Thin Films through Polymer
Templating
Christian Reitz (Karlsruhe Institute
of Technology, Institute of
Nanotechnology)
Oral
Designing 1-D nanostructures for
solar water splitting
Shaohua Shen (Xi’an Jiaotong
University) Maochang Liu
Oral
An influence of sub-micormetric
TiC addition on microstructure
and properties of WC-Co coatings
deposited with HVAF technique
Hanna Myalska (Silesian University
of Technology) Grzegorz Moskal,
Krzysztof Szymański
Oral
Hydrodynamic coarsening in phaseseparated silicate melts observed by
in-situ synchrotron microtomography
Emmanuelle Gouillart (Surface of
Glass and Interfaces) Elodie Boller,
David Bouttes, Pierre Lhussier,
Luc Salvo, Damien Vandembroucq
Oral
Printed macroporous polymers with
complex structures and shapes
Qixiang Jiang (University Vienna)
Alexander Bismarck, Angelika Menner
18:20
Oral
Exploring pulse anodizing as Cr-free
alternative to CAA for aerospace
aluminium alloys
Juan Jesús Alba Galvín (Laboratorio
de Corrosión y Protección, Escuela
Superior de Ingeniería, Universidad
de Cádiz) Javier Botana Pedemonte,
Leandro González Rovira, José J
Rodríguez Fernández, Rafael Sánchez
Oral
Simulation of morphology and charge
transport in printed field effect
transistors
Pascal Friederich (Karlsruhe Institute
of Technology) Manuel Rommel,
Wolfgang Wenzel
18:40
Oral
Short-channel oxide field-effect
transistors (FETs) fabricated by
Polymer Pen Lithography
Michael Hirtz (Karlsruhe Institute
of Technology) Uwe Bog, Subho
Dasgupta, Harald Fuchs, Horst Hahn
Oral Sessions
Symposium
D1.3
D2.1
D3.1
E1.1
Room
MF 103
MB 306
MB 309
Javier Llorca
Gabor Csanyi
Stuart Irvine
Chairperson
17:00
Invited/Keynote
In-situ TEM study of ferroelectricferroelastic domain switching
Xiaoqing Pan (University of California
- Irvine)
17:20
Highlight
In-Situ TEM Studies of Fracture in
Nanoscale Multilayer Films
Cynthia Volkert (University of
Goettingen)
Highlight
Quantum Fluctuations in Molecular
Materials
Alexandre Tkatchenko (Theory
Department of the Fritz Haber
Institute)
Highlight
Resistivity and magnetoresistance of
Cu2ZnSnS4 single crystals
G Gurieva (Helmholtz-Zentrum Berlin)
E Arushanov, M Guc, E. Lähderanta,
K Lisunov, S Schorr, M. A. Shakhov
Oral
In situ compression in Transmission
Electron Microscopy and mechanical
analysis of ceramic nanoparticles
Karine Masenelli-Varlot (Université de
Lyon, INSA-Lyon, MATEIS) Jonathan
Amodeo, Jérôme Chevalier, Claude
Esnouf, Inas Issa, Lucile Joly-Pottuz,
Julien Morthomas, Julien Réthoré
Oral
Recent Developments in Hirshfeld
Density Partitioning Methods
Toon Verstraelen (Ghent University,
Center for Molecular Modeling)
Highlight
Efficiency improvement of
Cu2ZnSnSe4 based solar cells by
a back contact modification
Simón López-Marino (IREC) Xavier
Alcobé, E Bailo, Mireia Blanes, Monica
Colina, Moises Espindola-Rodríguez,
Segio Giraldo, Markus Neuschitzer,
Francisco Ramos, Yudania Sánchez,
Edgardo Saucedo, Haibing Xie
17:40
Oral
In-situ Growing of Carbon Nanotubes
Encapsulated within Boron Nitride
Nanotubes via Electron Irradiation
Raul Arenal (Universidad de Zaragoza)
Alejandro Lopez-Bezanilla
Oral
In-situ micro-mechanical analysis of
Al-alloy thin film anelasticity
Johan Hoefnagels (Eindhoven
University of Technology, The
Netherlands) Lambert Bergers, Marc
Geers
Oral
Modelling electron transfer in donoracceptor complexes beyond the
Marcus regime
Jacob Spencer (University College
London) Jochen Blumberger
Oral
Microstructural analysis of CuInSe2
thin films by grazing incidence X-ray
diffraction
Julien Marquardt (Helmholtz-Zentrum
Berlin) Stephan Brunken, Susan
Schorr
18:00
Oral
Morphology and gas sensing
properties of nanostructured cobalt
ferrite
Christine Leroux (Universite de
Toulon,CNRS) Madjid Arab, Suzanne
Giorgio, Veronique Madigou, AndreLuis Moriyama, Carlson Pereira de
Souza
Oral
Micro mechanical testing of self-ion
irradiated ODS steel in in-situ TEM
Suk Hoon Kang (Korea Atomic Energy
Research Institute) Jinsung Jang,
Tae Kyu Kim, Sanghoon Noh
Oral
Electronic structure and transport
properties of doped lead
chalcogenides from first principles
Piotr Spiewak (Warsaw University of
Technology) Krzysztof Kurzydlowski
Oral
Investigation into SnCl2 annealing
treatment for SnS grain enlargement
Andrew Clayton (Glyndwr University)
Vincent Barrioz, Stuart Irvine
18:20
Oral
In-situ TEM reduction of core-shell
Ag@In2O3 nanoparticles
Cyril Langlois (University of Lyon
– INSA de Lyon – CNRS) Mimoun
Aouine, Nicholas Blanchard,
Emmanuel Cottancin, Thierry Epicier,
Michel Pellarin, Laurent Piccolo, Julien
Ramade, Francisco Santos Aires
Oral
Characterisation of deformation in
Ni2AlTi strengthened ferritic alloys
using micromechanical testing
Robert Jones (University of
Cambridge) William Clegg, Fabio Di
Gioacchino
Oral
Wide optical band gap Al4SiC4
Laurent Pedesseau (FOTON-INSA
RENNES) Odette Chaix-Pluchery,
Didier Chaussende, Olivier Durand,
Jacky Even, Mircea Modreanu
Oral
Structural characterisation of
Cu2ZnSn(S1-xSex)4 by anomalous
X-ray and neutron diffraction.
Galina Gurieva (Helmholtz Zentrum
Berlin) Susan Schorr, Daniel M.
Többens, Stefan Zander
18:40
Oral
Electron tomography on specimens in
liquid using Environmental Scanning
Electron Microscopy
Karine Masenelli-Varlot (Université
de Lyon, INSA-Lyon) Florent Dalmas,
José Ferreira, Geneviève Foray, Annie
Malchère, Lucian Roiban, Juan Xiao
Oral
Simulation from first principles and
experimental evaluation of the optical
response of noble metal alloys and
intermetallic compounds
Vicki Keast (The University of
Newcastle)
Oral
Electronic structure of tunable
metastable aSiAl and aSiAlHx thin
films
Annett Thogersen (SINTEF)
63
Oral Sessions
Symposium
E2.1
F1.1
Room
MB 213
MB 144
Chairperson
Martin Ansell
Frank Witte
17:00
Oral
Formaldehyde content in and
formaldehyde and VOC emission from
particles and panels made from them
Dominika Janiszews, KaIwona
Frąckowiak, Adam Niesłochowski
Highlight
Design of advanced titanium alloys for
functional biomedical devices
Thierry Gloriant (INSA Rennes)
Philippe Castany, Anisoara Cimpean,
Doina-Margareta Gordin, Frédéric
Prima, Cora Vasilescu
17:20
Oral
The role of natural eco-materials in
improving Indoor Air Quality
Carla Silva (University of Bath) Martin
Ansell, Richard Ball, Andy Dengel,
Daniel Maskell, Keith Mower, Chetas
Rana
Oral
Long-lasting zirconia-based dental
materials: design and development of
innovative composite structures
Paola Palmero (Politecnico di Torino)
Jerome Chevalier, Claude Esnouf,
Marta Fornabaio, Laura Montanaro,
Helen Reveron
17:40
Oral
Natural insulation fibres for the
absorption of indoor volatile organic
compounds
Elie Mansour (Bangor University)
Oral
ATZ - Preparation and characterization
of porous ceramic layers on ceramic
implants
Claudia Ortmann (Mathys Orthopaedie
GmbH) Oliver Goerke, Karen Hans,
Thomas Oberbach
18:00
Oral
Photocatalytic Co doped TiO2 coatings
for lime and wood substrates
Andrea Giampiccolo (University of
Bath) Martin Ansell, Richard Ball
Oral
Novel approach towards
osseointegration: Surface
functionalization on Zirconia
Carlos Caravaca (INSA de Lyon)
Sandra Balvay, Jérôme Chevalier, Yann
Chevolot, Laurent Gremillard, Daniel
Hartmann, Emmanuelle Laurenceau,
Pascaline Rivory, Liu Shi
18:20
Oral
Migration of New Bio-Based Additives
from PVC Stabilized with Epoxidized
Sunflower Oil
Nadia Lardjane (UMMTO, ALGERIE)
Oral
Combined Effect of Nano- and
Microtopography of Bioinert Ceramics
on Human Primary Osteoblast
Behaviour
Ana-Maria Stanciuc (AO Research
Institute) Mauro Alini, Marc Anglada,
Katia Biotteau, Quentin Flamant,
Meinhard Kuntz, Marianna Peroglio,
Alessandro Alan Porporati, Martin
Stoddart
18:40
64
Oral
Selective chemical etching of
injection-molded zirconia platelet
toughened alumina: a novel process
for the fabrication of nano-rough
implants with drug-releasing ability
Quentin Flamant (Universitat
Politècnica de Catalunya) Marc
Anglada, Katia Biotteau, Carlos
Caravaca, Rona Chandrawati,
Inge K. Herrmann, Meinhard Kuntz,
Sylvain Meille, Alessandro Alan
Porporati, Christopher D. Spicer,
Molly M. Stevens
65
66
Oral Sessions
Tuesday 22 September 2015 /AM1
Symposium
A1.1
A1.2
A1.3
A2.1
Room
MB 231
MF 101
PF 309
MB 219
Chairperson
Albert Tarancón
Stoyan Smoukov
Maksym Kovalenko
Eric Anglaret
8:30
Highlight
Silicon micro- nanotechnologies and
compatible materials for the energy
autonomy of small devices
Luis Fonseca (IMB-CNM (CSIC)
8:50
9:10
Highlight
Solution-processed perovskite solar
cells
Pablo Docampo (LMU Munich)
Highlight
Catalysis-driven self-assembled
nanomotors and their manipulation
under external stimuli
Daniela Wilson (Radboud University
Nijmegen)
Highlight
Advanced Electron Tomography of
Nanoparticles and Their Assemblies
Sara Bals (EMAT-University of
Antwerp) Thomas Altantzis, Mark
Boneschanscher, Bart Goris,
Marek Grzelczak, Luis Liz-Marzán,
Ana Sánchez Iglesias, Alfons Van
Blaaderen, Marijn van Huis, Gustaaf
Van Tendeloo, Daniel Vanmaekelbergh,
Da Wang, Naomi Winckelmans,
Daniele Zanaga
Highlight
Optimized graphene growth on
Ge(100)/Si(100) substrates
Iwona Pasternak (ITME)
Oral
Graphene-based self-propelled
micromotors as decontaminating
micromachines of environmental
pollutants
Diana Vilela Garcia (Max Planck
Institute) Xing Ma, Jemish Parmar,
Samuel Sanchez
Oral
Conjugated polymers as molecular
gates for light-controlled release of
gold nanoparticles
María Sanromán (CICbiomaGUNE)
Oral
The cellular nucleation and growth of
polycrystalline graphene on a metallic
liquid phase
Angelika Michalska (Lodz University
of Technology) Radomir Atraszkiewicz,
Konrad Dybowski, Lukasz Kaczmarek,
Piotr Kula, Wojciech Modrzyk,
Piotr Niedzielski, Dorota Nowak,
Robert Pietrasik, Witold Szymanski,
Piotr Zawadzki
Oral
Colloidal Microworms Propelling via a
Cooperative Hydrodynamic ConveyorBelt
Fernando Martinez-Pedrero Pietro
Tierno
Oral
Nanofunctionalization of 3D construct
hydrogels for tissue engineering
application
Rana Kadri (ENSAIA) Elmira ArabTehrany, Stéphane Desobry, Michel
Linder, Laura Sanchez-Gonzalez, Ali
Tamayol
Oral
Room temperature synthesis
of graphene/graphitic carbon
nanostructures with a unique Sp2
“cross-linked” bonding
Francisco Robles Hernandez
(Department of Mechanical
Engineering Technology, University of
Houston) Fernando Alvarez Ramirez,
Stanko Brankovic, Hector Calderon,
Ivanovich Estrada Guel, Anderson
Okonkwo
Oral
Cold Welding or How Soft Interactions
Promote the Welding of Colloidal Gold
Nanorods
Nicolas Sanson (Soft Matter Sciences
and Engineering / ESPCI) Simona
Laza, Sen Li
Oral
Synthesis of multi-layer graphene
samples by solvothermal reaction:
influence of the thermal treatment
step
Lucie Speyer (Institut Jean Lamour)
Sebastien Cahen, Sebastien Fontana,
Claire Herold
9:30
9:50
Oral
Piezoelectric BZCT nanowires for
energy-harvesting applications
Pedro Sanchez Jimenez (Department
of Materials Science and Metallurgy,
University of Cambridge) Francesca
Boughley, Sohini Kar-Narayan
10:10
Oral
Nanocarbon hybrids for photocatalytic
water splitting hydrogen generation:
proof of charge transfer
Alexey Cherevan (Westfälische
Wilhelms-Universität Münster)
Kazunari Domen, Dominik Eder, Paul
Gebhardt, Michinori Matsukawa,
Cameron Shearer
Highlight
Optical and electrical studies of
interaction between GaN nanowires
and grapheneJakub Kierdaszuk
(Faculty of Physics, University of
Warsaw)
Aneta Drabińska, Maria Kamińska,
Piotr Kaźmierczak, Krzysztof Korona,
Aleksandra Krajewska, Krzysztof
Pakuła, Iwona Pasternak, Andrzej
Wysmołek, Zbigniew R. Żytkiewicz
Oral
Plasmon Controlled Assembly of Gold
Nanorods via Femtosecond Pulsed
Laser Irradiation
Guillermo González (CIC biomaGUNE)
Oral
Augmenting the sensing Aptitude of
Hydrogenated Graphene by Crafting
with Defects and Dopants
Puspamitra Panigrahi (Hindustan
University) Tanveer Hussain
67
Oral Sessions
Symposium
B1.1
B1.2
B1.3
B2.1
Room
MB 208
MB 134
MB 437A
PF 113
Chairperson
Joe Robson
Akihiko Kimura
Tadeusz Kulik
Eric Anglaret
8:30
Invited/Keynote
Atomistic experimental and simulation
investigation on the modification
of Al-Si alloys
J.H. Li (Institute of Casting Research,
Montanuniversität Leoben, A-8700,
Leoben, Austria) F.S. Hage,
T. Martin, M. Moody, Q.M. Ramasse,
L. Romaner, B. Sartory, D. Scheiber,
P. Schumacher, M. Wiessner
Invited/Keynote
Tensile testing temperature effect
on mechanical twinning in a high
manganese TWIP steel
Hossein Beladi (Deakin University)
Vadim Shterner, Ilana Timokhina
9:10
Oral
Correlative microscopy study of Srmodified AlSi foundry alloys
Michael Engstler (Saarland University,
Department Materials Science)
Jenifer Barrirero, Frank Mücklich
Oral
Effect of boron addition on globular
microstructure formation in hadfiled
and h18 steels for thixoforming
process
Lukasz Rogal (Institute of Metallurgy
and Materials Science of the Polish
Academy of Sciences) Jan Dutkieiwcz,
Jan Głownia
Oral
Enhancement of ductility in TiCubased bulk metallic glass composites
Steffen Bickel (IFW Dresden) Mariana
Calin, Jürgen Eckert, Uta Kühn, Simon
Pauly
Oral
A novel core-shell ceramic particles
as fillers for multifunctional
composites
Andrzej Rybak (ABB Corporate
Research Center)
9:30
Oral
Phase formation in Al-Mn based alloys
prepared by suction casting
Katarzyna Stan-Glowinska (Institute
Polish Academy of Sciences) Lidia
Litynska-Dobrzynska, Lukasz Rogal
Oral
Microstructure and Properties of
41MnSi6-5 TRIP steel after annealing
in pearlite to austenite transformation
(Acs1-Ac1f) temperature range
Adam Kokosza (AGH University of
Science and Technology, Faculty of
Metals Engineering and Industrial
Computer Science) Emilia Skołek
Oral
Verification of Structural Rejuvenation
in Recovery Annealed Zr50Cu40Al10
Metallic Glass
Rui Yamada (Tohoku University) Junji
Saida
Oral
Pyrolysis and Oxidation of PAN-DMFTiCl3-B in Dry Air
Pawel Figiel (West Pomeranian
Anna Biedunkiewicz
9:50
Oral
Development of Aluminium/
nanodiamond master compounds by
mechanical alloying and production
of nanoreinforced Al-Si7Mg0.3 alloy
through stir casting
Pedro Egizabal (Tecnalia Research &
Innovation)
Oral
Influence of the grain size on the
creep strength of microalloyed steel
containing Nb, V and N
Kazimierz Bolanowski (Politechnika
Świętokrzyska)
Oral
Structure and properties of Pd- and
Zr-based glass forming alloys
Peter Galenko (Friedrich Schiller
University, Jena (Germany) Martin
Druee, Alexander Egorov, Dieter
Herlach, Eugen Kharanzhevskii,
Stefanie Koch, Markus Rettenmayr,
Alexander Senchenkov, Maria
Zamoryanskaya
Oral
Application of SHS Method for
Manufacturing of Active Precursors
Powders for MAX Phase Materials in
Ti-Al-C-N System
Jerzy Lis (AGH University of Science
and Technology)
10:10
Highlight
Precipitation hardening in light alloys
systems investigated at the atomic
scale
Williams Lefebvre (Groupe de
Physique des Matériaux)
Oral
Atomistic diffusion processes in
Cu65Zr35 Metallic Glass by Molecular
Dynamics Simulations
Pablo Palomino (University of
Ioannina)
8:50
68
Invited/Keynote
New ways to rejuvenate metallic
glasses
A. Lindsay Greer (University of
Cambridge)
Highlight
Graphene-Silicon Nitride
Nanocomposites as Materials with
Tunable Dielectric Properties
Emanuel Ionescu (TU Darmstadt,
Institut für Materialwissenschaft)
Gabriela Mera, Koji Morita, Ralf Riedel,
Xifan Wang
Oral
Recent Advances In Synthesis And
Processing Of Complex Ceramic
Materials By Electric Discharge
Assisted Mechanical Milling
Andrzej Calka (University of
Wollongong) Monika Wyszomirska
Oral Sessions
Symposium
B3.1
C1.1
C2.1
C3.1
Room
PF 111
MF 107
MB 206
MF 40
Chairperson
Maik Gude
Kaveh Edalati
Jolanta Janczak-Rusch
Alexander Bulgakov
8:30
Invited/Keynote
Rate Dependent Behaviour of
Lightweight Materials in Hybrid
Systems for Extreme Dynamic
Environments
Nik Petrinic (University of Oxford)
Nicola Bombace, Benjamin Cousins,
Hao Cui, Simone Falco, Justus
Hoffmann, Sascha Knell
8:50
Highlight
Defects and structural anisotropy of
HPT- and ECAP-deformed metals
studied by differential dilatometry
Wolfgang Sprengel (Institute of
Materials Physics, Graz University of
Technology, Austria) Sergiy Divinski,
Anton Hohenwarter, Jaromir Kotzurek,
Christian Neubauer, Reinhard Pippan,
Eva-Maria Steyskal, Simon Trubel,
Gerhard Wilde, Roland Würschum
Oral
Mechanical properties of the solid
state recycled 4xxx aluminum alloy
chips
Tomasz Tokarski (AGH University of
Science and Technology)
Oral
Characterization of thermal behavior
of ECAP processed Cu by differential
scanning calorimetry and hot
microhardness measurements
Viktor Gonda (Óbuda University) Péter
Varga
Oral
Mechanical properties of AuGe
die-attach solder for electronic
applications
Sophie Ryelandt (Université catholique
de Louvain) Benoît Dompierre, Audrey
Favache, Arnaud François, Aude Simar
Invited/Keynote
Surface functionalization with
femtosecond lasers
Chunlei Guo (University of Rochester)
9:10
Oral
Numerical Modeling of Fiber Metal
Laminates Behavior During Low Velocity Impact Tests.
Konrad Dadej (Lublin University of
Technology) Jarosław Bieniaś, Barbara
Surowska
Oral
The stability of nanostructured
materials revealed by advanced TEM
Zaoli Zhang (Erich Schmid institute of
Materials Science, Austrian Academy
of Sciences) Gerhard Dehm, Reinhard
Pippan
Oral
Analysis of process and media
related influences on the load-bearing
capacity of multi-material-joints using
shear-clinching
Réjane Hoerhold (Laboratory for
Material Science and Joining
Technologies, University of Paderborn)
Marion Merklein, Gerson Meschut,
Martin Mueller
Invited/Keynote
Nonlinearity Engineering: From
Nonlinear Laser Lithography to
Femtosecond Laser-Driven SelfAssembly
Fatih Ömer Ilday (Bilkent University)
9:30
Oral
Remarkable stiffness enhancement
in multilayered honeycombs obtained
through periodic variations in
Poisson’s ratio
Laura Zorzetto (University of Liege)
Davide Ruffoni
Oral
Deformation induced grain boundary
migration
Oliver Renk (Erich-Schmid-Institue of
Materials Science)
Oral
A comparative study of fracture
mechanics properties at cryogenic
temperature of austenitic stainless
steel welds using different filler metals
Ignacio Aviles (CERN / Universidad
Carlos III) Christelle Boyer, Arnaud
Foussat, Stefanie Langeslag, Arman
Nyilas, Stefano Sgobba
9:50
Oral
Detection and classification of defects
in the composite beam of bridge
under static load
Łukasz Gołębiowski (Warsaw
University of Technology, The
Faculty of Materials Science and
Engineering) Romuald Dobosz,
Radosław Karczewski, Krzysztof Jan
Kurzydłowski, Rałał Molak, Wojciech
Spychalski
Oral
Annealing behavior of AA1050
aluminum alloy after equal channel
angular pressing
Paweł Koprowski (Polish Academy
of Science) Rafał Bogucki, Krzysztof
Sztwiertnia
Oral
Bursting tensile strength testing of
brazed joints formed by reactive air
brazing with novel composite tapes
Bjoern Brandt (BAM Federal Institute
for Materials Research and Testing)
Carl Paulick, Torsten Raben, Birgit
Rehmer
Oral
Linking LIPSS to gratings
Thibault Derrien (Hilase Centre,
Institute of Physics)
Thibault Derriey
Jörn Bonse, Jörg Krüger
10:10
Oral
Determination of the size dependence
of the energy release rate for mode
I loaded DCB specimens
Jon Svenninggaard (VIA University
College)
Oral
Mechanisms of formation of Al4Cu9
during mechanical alloying: an
experimental study
Rémy Besson (Centre National de la
Recherche Scientifique)
Highlight
Stress engineering of multi-pass weld
metal to enhance structural integrity
Supriyo Ganguly (Cranfield University)
Jibrin Sule
Oral
Circular Dichroism in Femtosecond
Laser-Induced Periodic Surface
Structure Formation on Multilayer
Magnetic Target
Markus Ratzke (BTU CottbusSenftenberg) Juergen Reif,
Olga Varlamova
69
Oral Sessions
Symposium
C3.2
C4.1
C4.3
Room
MB 327
MB 315
MB 226
MB 437
Chairperson
Jolanta Baranowska
Magnus Oden
Heike Emmerich
Thomas Anthopoulos
Oral
Dry sliding wear behavior of
pulsed electrodeposited Ni-W-SiC
nanocomposite as an alternative for
hard chrome replacement
Nitin Wasekar (International Advanced
Research Centre for Powder
Metallurgy and New Materials)
Highlight
Precipitation-Induced Hot Ductility
Loss in Microalloyed Steel - A TEMStudy
Tomasz Wojcik (Vienna University of
Technology), Ernst Kozeschnik, Martin
Lückl
Highlight
Designing Nanoparticles for Printed
Electronics in Chemical Vapor
Synthesis
Markus Winterer
(University of Duisburg-Essen)
Oral
The mechanism and the kinetics of
the electrodeposition process of SnZn-Cu alloys.
Monika Słupska (Institute of
Metallurgy and Materials Science of
Polish Academy of Sciences) Piotr
Ozga
Oral
Study on the mechanical relaxations
of 7075 (AlZnMg) and 2024
(AlCuMg) alloys by time-temperature
superposition principle
Jose I. Rojas (Universitat Politecnica
de Catalunya (UPC BarcelonaTech)
Daniel Crespo
Highlight
Fatigue Behavior of Thin Printed Films
and Components for Applications in
Flexible Electronics
Oliver Kraft (Karlsruhe Institute of
Technology)
8:30
Invited/Keynote
Advanced metal oxide arrays by
aqueous chemical growth
Lionel Vayssieres (Xian Jiaotong
University)
8:50
70
C3.3
9:10
Oral
Ink-jet printing of functional metal
oxide coatings from nanoparticle
based or solution based precursor
inks
Petra Lommens (Ghent University)
Oral
Influence of electroplating parameters
on the composition, microstructure
and mechanical properties of Ni-Mo
coatings
Agnieszka Bigos (Polish Academy of
Sciences, Institute of Metallurgy and
Materials Science) Ewa BeltowskaLehman, Bogusz Kania, Marcin Kot
Oral
Instrumentation and numerical
simulation of the cooling-down
process of high zirconia (HZ) fusedcast refractoriesMichel Boussuge
(MINES-ParisTech)
David Ryckelynck, Yang Zhang
Highlight
A simple approach to realize
homogeneous ceramic thick films by
inkjet printing
Joachim Binder (Karlsruhe Institute of
Technology)
9:30
Oral
Preparation of copper foams coated
by silver nanoparticles for use as
drinking water purifiers
Nikolaos Michailidis (Aristotle
University of Thessaloniki) Dimitrios
Papadopoulos, Konstantinos
Simeonidis, Fani Stergioudi, Dimitrios
Tsipas, Alexander Tsouknidas,
Georgios Vourlias
Oral
Electrodeposition of Zn-Mn-Mo
coatings from aqueous citrate
electrolytes.
Honorata Kazimierczak (Institute of
Metallurgy and Materials Science
of Polish Academy of Sciences)
Agnieszka Hara, Piotr Ozga
Oral
Study of the Crystallization Behavior
and the Subsequent Martensitic
Transformation in a High Chromium
Cast Steel submitted to Different
Austenitization Temperatures
Jacqueline Lecomte-Beckers
(University of Liege) Anne-Marie
Habraken, Jerome Tchoufang
Tchuindjang
Oral
Influence of Strain on Functionality
of Printed Thin Films Transistors on
Flexible Substrates
Nilesha Mishra (Karlsruhe Institute of
Technology, Karlsruhe)
9:50
Oral
Multifunctional thin films by
combination of nanoparticle building
blocks of different materials
Tobias Preller (TU Braunschweig iPAT)
Oral
Effect of cooling rate and heat
treatment on the microstructure and
mechanical properties of Al-Si-Mg
cast alloy
Feng Liu (Northwestern Polytechnical
University) Bo Dang, Congcong Liu
Oral
Inkjet Printing and laser processing
of semiconducting metal oxide
nanoparticles for printed electronics
Julia Susanne Gebauer (University
of Duisburg-Essen) Viktor Mackert,
Christian Notthoff, Markus Winterer
10:10
Oral
Solution based Cu2O nanocubes as
efficient photocatalys
Evaggelia Lebidaki (Institute of
Electronic Structure and Laser)
Oral
Temperature dependent
characteristics of composite
electrolytes in an electrolyte-gated
inorganic transparent transistor
Falk von Seggern (Karlsruhe Institut of
Technology - INT)
Oral Sessions
Symposium
D1.3
D2.1
D3.1
D3.3
Room
MF 102
MB 306
MF 103
Johan Heofnagels
Gabor Csanyi
Hans Seifert
Chairperson
8:30
Highlight
In situ X-ray studies of complex fluids
under shear and pressure
Thomas Zander (Helmholtz-Zentrum
Geesthacht) Andra Dedinaite, Vasyl
Haramus, Christina Krywka, Andreas
Schreyer, Min Wang, D.C. Florian
Wieland, Regine Willumeit-Römer
Highlight
Combining deformation-mapping
methods for macro and micro
mechanical testing. Plasticity of
titanium aluminide under uniaxial
compression
Fabio Di Gioacchino (Cambridge
University, UK) William J Clegg,
M Dixon, Thomas EJ Edwards, Nigel
Martin, Rocio Munoz Moreno
Highlight
Liquid and solid lubrication at confined
interfaces
Lars Pastewka (Karlsruher Institut für
Technologie)
Highlight
The Thermodynamics Characterization
of Lithium Silicides
Daniel Thomas (Technische Universität
Bergakademie Freiberg) Regina Hüttl,
Florian Mertens, Jürgen Seidel
8:50
Oral
Amorphous development during
the setting reaction of magnesium
potassium phosphate ceramics
studied by in situ X-ray diffraction
Alberto Viani (Institute of theoretical
and applied mechanics, Czech
Republic) Marta Pérez-Estébanez
Highlight
High temperature mechanical
behavior of nanoscale multilayers
Javier LLorca (Technical University of
Madrid & IMDEA Materials Institute)
Yang Lingwei, Jon M. MolinaAldareguía, Miguel Monclús
Oral
Interfaces for Water Splitting:
Dynamics of Hematite/Water from
Hybrid Functional Molecular Dynamics
Guido Falk von Rudorff (University
College London) Jochen Blumberger,
Kevin Rosso
Oral
Calorimetric study of Li-Sb system
Sylwia Terlicka (Institute of Metallurgy
Academy of Sciences) Adam Dębski,
Przemysław Fima
9:10
Oral
Magnetic disruption of dendritic
microstructures: in situ synchrotron
tomographic quantification
Biao Cai (University of Manchester)
Oral
Plasticity in small-scale quasicrystals:
from room temperature to elevated
temperature
Yu Zou (ETH Zurich) Pawel Kuczera,
Johann Michler, Alla Sologubenko,
Ralph Spolenak, Walter Steurer,
Jeffrey Wheeler
Oral
Atomic-scale investigation of
heterophase interfaces between
alpha-Zr and zirconium hydrides
Marc-Antoine Louchez (Laboratoire
UMET, Université Lille 1) Rémy
Besson, Alexandre Legris, Ludovic
Thuinet
Oral
Phase field modeling of Li-insertion
kinetics in single LiFePO4-nanoparticles for rechargeable Li-ion
battery application
Michael Fleck (MPS/University of
Bayreuth) Philipp Amendt, Heike
Emmerich, Holger Federmann
9:30
Oral
In situ characterization of dislocation
walls in a plastically deformed Al
polycrystal by three dimensional
X-Ray Diffraction
Ernesto Francesco Filippelli (Ecole des
Mines de Saint-Etienne)
Oral
Deformation behavior of Cu/Au
and Cu/Cr multilayers under sliding
contact
Ruth Schwaiger (Karlsruhe Institute
of Technology, Institute for Applied
Materials) Zhao-Ping Luo, Guang-Ping
Zhang
Oral
Atomistic modeling of carbon
segregation and its influence on
dislocation mobility in ferritic iron
Hariprasath Ganesan (ICAMS,Ruhr
University Bochum,Germany)
Christoph Begau, Alexander Hartmaier,
Godehard Sutmann
Oral
New thermodynamic Data for
Electrode Materials for Lithium-IonBatteries within the Li-Sb and LiCoO2Systems determined by KEMS
David Henriques (Hochschule
Mannheim; Germany) Laszlo Bencze,
Torsten Markus, Vladimir Motalov
9:50
Oral
Fracture dynamics in Si wafers under
thermal load revealed by realtime
synchrotron-based direct and
diffraction imaging
Alexander Rack (ESRF - The European
Synchrotron) Andreas Danilewsky,
Mario Scheel
Oral
Probing the local strength and
toughness of microscopic hard second
phases in metals and composites
Andreas Mortensen (École
Polytechnique Fédérale de Lausanne)
Marco Cantoni, Raphael Charvet,
Cyril Dénéreaz, Willy Dufour, Marta
Fornabaio, Lionel Michelet, Martin
Mueller, Václav Pejchal, Goran Zagar
Oral
Structural transformation in highpressure polymeric liquid sulfur from
ab initio molecular dynamics
Roman Martonak (Comenius
University) Peter Cifra, Dusan
Plasienka
Oral
The ternary Li-Si-C phase diagram
Martin Drüe (Friedrich Schiller
University Jena) Artem Kozlov, Markus
Rettenmayr, Rainer Schmid-Fetzer,
Martin Seyring
10:10
Oral
A statistical/computational/
experimental study
Chaowei Du (Eindhoven University
of Technology) Tom de Geus, Marc
Geers, Johan Hoefnagels, Ron
Peerlings
Oral
Mechanical characterisation of fibrereinforced hydrogels.
Annabel Butcher (University of
Cambridge) Michelle Oyen, Khaow
Tonsomboon
Highlight
The role of halide ions in the
anisotropic growth of gold
nanoparticles: a microscopic,
atomistic perspective
Marialore Sulpizi (UNI Mainz)
Oral
Phosphate based ceramics as solid
electrolyte for high temperature
lithium ion batteries
Yuantao Cui (Karlsruhe Institute of
Technology)
71
Oral Sessions
Symposium
E1.1
E2.1
F1.1
F3.2
Room
MB 309
MB 213
MB 144
MB 215
Chairperson
Trystan Watson
Stuart Coles
Frank Witte
Jolanta Baranowska
8:30
Highlight
Highly efficient, flexible, indium-free
perovskite solar cells employing
metallic substrates
Joel Troughton (Swansea University)
Daniel Bryant, Matt Carnie,
Henry Snaith, Trystan Watson,
Konrad Wojciechowski, David Worsley
Highlight
Replacing Styrene in Thermoset
Polyesters
Stuart R. Coles (University of Warwick)
Andrew J. Clark, Andrew B. Sellars,
Jeffrey P. Youngblood
Highlight
Calcium Phosphates and
Bisphosphonates: from Multi
Functionalized Composite Crystals to
Calcium Bisphosphonates.
Elisa Boanini (University of Bologna)
8:50
Oral
Lower temperature assisted crystalgrowth engineering of planar-type
perovskite film
Jia Wang (Institute of Physical
Chemistry, Westfälische WilhelmsUniversität Münster)
Oral
Tailored fully green thermosets
Alice MIJA (University of Nice) JeanMathieu Pin, Nicolas Sbirrazzuoli
Oral
Effects Of Binders, Coating And
Compression Load On The Delivery
Of Biologicals From Sintered
Tetracalcium Phosphate Ceramic
Materials
Hamed Benghuzzi (University of
Mississppi Medical Center)
Michelle Tucci
9:10
Oral
Silicon nanowires obtained by a wet
chemical etching as a method of
hybrid texture formation and scaffold
for perovskite solar cells preparation
Grazyna Kulesza-Matlak (Institute of
of Polish Academy of Sciences)
Kazimierz Drabczyk, Katarzyna
Gawlinska, Marek Lipinski,
Zbigniew Starowicz, Pawel Zieba
Oral
Synthesis and optimization of a
completely green epoxy thermosets
Guillaume Falco (Université Nice
Sophia Antipolis),
Prof. Nicolas Sbirrazzuoli,
Dr Alice Mija
Oral
Biocompatible coatings of iron oxide
nanoparticles by small molecules
Marijana Mionic (CHUV/EPFL) Duncan
Alexander, Jessica Bastiaansen,
Debora Bonvin, Heinrich Hofmann,
Matthias Stuber
Oral
Comparison of frictional and
mechanical properties of human skin
and synthetic materials in dry and
moist skin conditions
Malgorzata Nachman (West
Pomeranian University Technology
Szczecin) Steve Franklin
9:30
Oral
Fabrication of thin TiO2 compact
layers by low T (≤ 120°C) solution
processing of aqueous TiO2
nanoparticle colloids for perovskite
devices
Cecile Charbonneau (SPECIFIC Swansea University) Peter Holliman,
Eifion Jewell, Anthony Lewis,
James McGettrick, Joel Troughton,
Trystan Watson, Dan Williams,
David Worsley
Oral
Ecofriendly Thermosets for Optical
Adhesives
Alice Mija (University of Nice)
Guillaume Falco, Daiki Kojima,
Seiko Mitachi, Norio Murata
Oral
Nanoengineered core-shell fibrous
scaffolds for peripheral nerve tissue
engineering
Ewa Kijeńska (Warsaw University
of Technology) Tomasz Bolek,
Krzysztof J. Kurzydlowski,
Wojciech Swieszkowski
Oral
Biomimetic polyurethane scaffolds as
myocardial tissue models
Susanna Sartori (Politecnico di Torino)
Monica Boffito, Mara Brancaccio,
Manuela Cabiati, Gianluca Ciardelli,
Silvia Del Rey, Claudio Domenici,
Emilia Gioffredi, Ilenia Guerrazzi,
Federica Logrand, Alessandra
Piccitto, Guido Tarone, Nicoletta Vitale,
Federico Vozzi
9:50
Oral
Direct conversion of solar light into
solar fuels/electricity with plasmonic
nano-structures
Jacinto Sa (Uppsala University)
Oral
Intercalation Of Phosphate In
Hydrotalcite-Like Layered Double
Hydroxide By The Reconstruction
Method
Marcela Piassi Bernardo (UFScar)
Francys Kley Vieira Moreira,
Caue Ribeiro
Oral
Antimicrobial Nanocomposite BoneFiller Based on Metal Nanoparticles
and Biopolymers
Davide Porrelli (University of Trieste)
Massimiliano Borgogna, Ivan Donati,
Eleonora Marsich, Sergio Paoletti,
Andrea Travan
10:10
72
Oral
Systematic Raman spectroscopy to
probe Osteomyelitis in human bone:
an in-vitro study
Ahmed al ghaithi (Oman) Atika Al
Bimani, Tanujjal Bora, Joydeep Dutta,
mohammed Khalid, Sharanjit Thakral
Invited/Keynote
Biomaterial Scaffold and Cell Therapy
Approaches for Repair of Nerve Injury
John Haycock (The University of
Sheffield)
Oral Sessions
Symposium
A1.1
A1.2
A1.3
A2.1
Room
MB 231
MF 101
PF 309
MB 219
Chairperson
Albert Tarancón
Stoyan Smoukov
Maurixio Pilo-Pais
Ian Kinloch
11:00
Invited/Keynote
Self-Powered Flexible Electronic
Systems
Keon Jae Lee (KAIST)
11:20
Highlight
Organelle-mimetic soft materials
Jan van Hest (Radboud University)
Highlight
Novel Colloidal Nanocrystals: Metal
Halide Perovskite Quantum Dots and
Metallic (Sn, Sb, SnSb, Bi, Sn.Ge)
Nanocrystals for (Li/Na/Mg)-ion
Storage
Maksym Kovalenko (ETH Zurich)
Oral
Akaganeite-decorated carbon
nanotubes for water treatment
Justyna Tomaszewska (Warsaw
University of Technology) Krzysztof Jan
Kurzydlowski, Jakub Michalski
Oral
Escherichia coli bio-hybrid
microswimmers
Morgan Stanton (Max Planck Institute
for Intelligent Systems) Samuel
Sánchez, Juliane Simmchen
Oral
Influence of the Surface Type on
the Light Emission Mechanisms
of Gas Phase Grown Crystalline Si
Nanoparticles
Alexandre Botas (Department of
Physics and I3N and Department
of Physics and CICECO Aveiro
Institute of Materials, University of
Aveiro) Uwe Kortshagen, Rebecca
Anthony, Rute Ferreira, Rui Pereira,
David Rowe, Nuno Silva, Jeslin Wu
Oral
Cationic Dye Adsorption Capacity of
Hybrid Hydrogels Containing Nanolignin
Adriana Gregorova (Graz University of
Technology, ICTM)
11:40
Oral
Localized growth of vertical arrays
of silicon nanowires: towards an
integrated process flow for all Si
nanostructured thermoelectric
generators
Diana Dávila (ETH Zurich) Christofer
Hierold, Paolo Micalizzi
Oral
Multiple shape memory effect of
electrospun Nafion/Fe3O4 composite
nanofibers
Fenghua Zhang (Harbin Institute of
Technology) Jinsong Leng, I-Ting Lin,
Yanju Liu, Stoyan Smoukov
Oral
Eu3+-Based Bridged Silsesquioxanes
for Transparent Luminescent Solar
Concentrators
Vânia Freitas (Physics Department and
CICECO Aveiro Institute of Materials,
University of Aveiro and Laboratoire
Charles Coulomb Université
Montpellier 2) Paulo André, JeanLouis Bantignies, John Bartlett, Luís
Carlos, Xavier Cattoën, Ana Cojocariu,
Rute Ferreira, Lianshe Fu, Rozenn Le
Parc, Michel Wong Chi Man
Oral
Synthesis of kilometres of continuous
macroscopic fibres with controlled
type of carbon nanotubes
Victor Reguero (IMDEA Materials)
Belén Aleman, Bartolome Mas,
Juan Vilatela
12:00
Oral
Effect of grafted carbon nanotubes on
the electromechanical properties of
polyurethane nanocomposites
Karine Masenelli-Varlot (Université de
Lyon, INSA-Lyon, MATEIS) Emmanuel
Beyou, Jean-Yves Cavaillé, MarieClaire Dib-Jawhar, Mohamed Hedi
Jomaa, Laurent Lebrun, Laurence
Seveyrat
Oral
Geometry methods for achieving
symmetry breaking
Stoyan Smoukov (University of
Cambridge) Evros Loukaides, Arathi
Ramachandran, Keith Seffen
Oral
Layered II-VI Semiconductor Colloidal
Nanoplatelets and Hybrid Perovskites:
Dielectric Confinement
RENNES) Ramzi Benchamekh, Benoit
Dubertret, Jacky Even, Jean-Marc
Jancu, Claudine Katan, Mikael
Kepenekian, Nestoklon Mikhail, Daniel
Sapori, Paul Voisin
Oral
Preferential functionalization of
metallic or semi-conducting singlewalled carbon nanotubes
Julien Cambedouzou (ICSM)
Agnes Grandjean, Xavier Le Goff,
Jimmy Nicolle
12:20
Oral
Ag Modification of BiFeO3 Thin Films
Enhanced Photocathode Performance
Under Visible Light
Pelin Yilmaz (School of Engineering
and Materials Science Queen Mary
university of London) Hengky Chang,
Steve Dunn, Leonard Loh, Darwin Yeo
Oral
Evaluation of diatoms cultures as
a novel environmentally-friendly
sorbents for the detoxification of
heavy metal
Izabela Zglobicka (Faculty of Materials
Science and Engineering, Warsaw
University of Technology) Carlos
Escudero-Oñate, Pawel Krzeminski,
Krzysztof Jan Kurzydlowski
Oral
Interaction between pyrenefunctionalized Silicon nanocrystals
and carbon allotropes
Raffaello Mazzaro (CNR-IMM Bologna,
Chemistry Department) Giacomo
Bergamini, Paola Ceroni, Brian
A. Korgel, Mirko Locritani, Vittorio
Morandi, Yixuan Yu
Oral
Synthesis of Carbon Nanotubes from
Propane
Jan Sobieski (Institute of Electronic
Materials Technology) Anna Dużyńska,
Jarek Judek, Jacek Ratajczyk,
Wlodek Strupiński, Ewa Zbydniewska,
Mariusz Zdrojek
12:40
Oral
Functionalization and optical
properties of inorganic liquid crystals
Maud Thiriet (Ecole Polytechnique)
Oral
Atomic Configuration of Hetoroatomic
and Functionalized Carbon Nanotubes
probed via Spatially-Resolved EELS
73
Oral Sessions
74
Symposium
B1.1
B1.2
B1.3
B2.2
Room
MB 208
MB 134
MB 437A
PF 113
Chairperson
Williams Lefebvre
Bruno de Cooman
Jean-Marc Pelletier
Jens Günster
11:00
Highlight
Thermo-kinetics of Mg-Si couples as
a precursor to precipitation in Al-MgSi alloys
Ernst Kozeschnik (Vienna University of
Technology, Austria) F.-D. Fischer, Yao
V. Shan, Jiri Svoboda
Highlight
Strategies to accelerate
nanostructured bainite transformation
Carlos Garcia-Mateo (CENIM-CSIC)
Francisca Garcia Caballero
Highlight
From amorphous alloys to biosensors
Paola Rizzi (Dipartimento di Chimica,
Università di Torino)
Highlight
Electrospinning of YSZ Nanofibers
Andre ten Elshof (University of Twente)
Gerard Cadafalch Gazquez
11:20
Oral
Nanocluster Formation and Two-step
Aging Behavior in Al-Mg-Si Alloys with
Different Mg/Si Ratio
SeongNyeong Kim (Tokyo Institute of
Technology) Equo Kobayashi, Tatsuo
Sato
Oral
Effect of Deformation Schedule on
Transformation Kinetics of NanoBainitic Steel
Ilana Timokhina (IFM, Deakin
University) Khushboo Rakha, Hossein
Beladi, Peter Hodgson
Highlight
Synthesis and Characterization of
Mg-Ag-Y Bulk Metallic Glasses
Karl Shamlaye (ETH) Jörg Löffler
Oral
Effect of Grain Size on the SlidingWear Behaviour of ZrC Triboceramics
prepared by Spark-Plasma Sintering
Oscar Borrero-Lopez (Universidad
de Extremadura) Davide Bertagnoli,
Fernando Guiberteau, Angel Ortiz
11:40
Oral
Cluster hardening behaviour of Al-MgCu (-Ag) alloys with different Mg/Cu
compositions
Mami Mihara (Tokyo Institute of
Technology) Equo Kobayashi, Tatsuo
Sato
Oral
Isothermal bainite kinetics based on
grain boundary nucleation kinetics
and autocatalytic nucleation kinetics
Ashwath M. Ravi (Delft University of
Technology) Maria J. Santofimia, Jilt
Sietsma
Oral
Hydrogen absorption in
nanocomposites prepared by selective
oxidation of Pd35-xNixZr65
(0≤x≤35 %at.) amorphous alloy
Emanuele Marano (Universit degli
Studi di Torino and NIS Excellence
Centre) Marcello Baricco, Alberto
Castellero
Highlight
Carbon Distribution in Oxide Ceramics
Fabricated by Spark-Plasma-Sintering
(SPS) Method
Koji MORITA (National Institute for
Materials Science (NIMS) Heijiro
HIRAGA, Byung-Nam KIM, Yoshio
SAKKA, Hidehiro Yoshida
12:00
Oral
The effect of increased Mg-content
on the strength properties of Al-Cu-Li
alloys
Tina Schlingmann (Otto Fuchs KG)
Leonardo Agudo Jácome, Joachim
Becker, Birgit Skrotzki, Gregor Terlinde
Oral
Steels with nanocrystalline structure
obtained through the heat treatment
process
Wiesław Świątnicki (Warsaw University
of Technology, Faculty of Materials
Science and Engineering)
Oral
Corrosion resistance and ductility of
Ni-based amorphous alloy and their
thermal spray coatings
Kenji Amiya (Kansai Center, Institute of
Material Research, Tohoku University)
Ryuro Kurahashi, Toshiharu Morimoto,
Yasunori Saotome
Oral
Shaping Hydrotalcite-like materials
for phosphate recovery from aqueous
wastes
Elena M. Seftel (University of
Antwerpen & Vito Flemish Institute
for Technological Research) P. Cool,
V. Meynen, B. Michielsen, S. Mullens
12:20
Oral
Damage Mechanisms of Cast
Aluminium alloy in Low-Cycle Fatigue
Pablo Wilson (I2M Dumas - Renault
S.A.S.) Sébastien Bergamo, Thierry
Palin-Luc, Nicolas Saintier, Bruno
Sudret
Oral
Effect of Silicon on Cementite
Precipitation in Martensitic Stainless
Steels Studied by Dilatometry and
Correlative Magnetic Saturation
Measurements
Qiuliang Huang (Institute of Iron
and Steel Technology, Technische
Universität Bergakademie Freiberg)
Horst Biermann, Javad Mola
Oral
Methanol electro-oxidation on Au
based porous electrodes made by dealloying the Au40Cu28Ag7Pd5Si20
amorphous alloy
Eirini Maria Paschalidou (UNITO)
Oral
A macroscopic model for the
impregnation process of composite
material by a concentrated
suspension
Kevin Dugois (Herakles) Eric Arquis,
Cédric Descamps, Didier Lasseux,
Stéphane Vincent
12:40
Oral
Effect of an isothermal quenching
mode on the microstructure of
nanoausferritic ductile iron matrix
Dawid Myszka (Warsaw University of
Technology) Emilia Skołek,
Wiesław Świątnicki, Kamil Wasiluk,
Andrzej Wieczorek
Oral
Spray Flash Evaporation: from
nanosized energetic materials to
cocrystals
Florent Pessina (Nanomatériaux pour
systèmes sous sollicitations extrêmes
(NS3E) - UMR 3208) Denis Spitzer
Oral Sessions
Symposium
B3.1
C1.1
C2.2
C3.2
Room
PF 111
MF 107
MB 206
MB 327
Chairperson
Maik Gude
Sauvage
Lars Jeurgens
Vassilis Binas
11:00
Highlight
Use of optical monitoring systems
for a continuous process validation
during press processing and laser
remote cutting of textile-reinforced
thermoplastics
Michael Müller
Frank Adam, Eckard Beyer, Andreas
Fürst, Jan Hauptmann, Annett
Klotzbach, Michael Krahl, Teresa
Möbius, Niels Modler, Andreas Wetzig
11:20
Oral
Curing behaviour of thermoset
adhesive promoters for intrinsic hybrid
designs during production processes
Michael Müller (Technical University
Dresden, Institute of Lightweight
Engineering and Polymer Technology)
Maik Gude, Johann Maaß
11:40
Oral
Experimental investigation of vibration
damping of CFRP with embedded
magnetorheological elastomer
Andrzej Czulak (Technische Universität
Dresden) Anna Boczkowska, Maik
Gude, Joanna Kozlowska, Piotr
Malczyk, Bartlomiej Przybyszewski,
Rafal Stanik
Highlight
A Model for Hardening and Structural
Evolution in Dislocated Solids: From
Large Plastic Strains to SPD
Michael Zehetbauer (University of
Vienna)
Highlight
Dissolution at interfaces in layered
solid-liquid thin films : a key step in
the joining process
Florence Baras (Laboratoire ICB)
Olivier Politano, Vladyslav Turlo
Oral
Preparation of ITO thin films from
organic-additive-free aqueous
solutions by low-speed dip-coating
Hiroaki Uchiyama (Kansai University)
Takashi Ito, Hiromitsu Kozuka
12:00
Oral
Oral
Mechanical characteristics control of
smart structures
Abdelkader Nour (University of
M’hamed Bougara of Boumerdes)
Oral
Ductility in cold-rolled ultrafinegrained (UFG) tungsten: Correlation
between microstructure and
mechanical properties
Simon Bonk (Karlsruhe Institut of
Technology (KIT) Jan Hoffmann, Jens
Reiser, Michael Rieth
Oral
Nanostructured Ag-based braze fillers
for joining
Frank Moszner (Empa) Claudia
Cancellieri, Mirco Chiodi, Jolanta
Janczak-Rusch, Lars Jeurgens
Highlight
Printed tungsten oxide thin films:
application to electrochemical devices
Luis Pereira (CENIMAT/I3N-UNINOVA)
Elvira Fortunato, Paul Grey, Rodrigo
Martins, Lidia Santos, Pawel Wojcik
Oral
Complex deformation path comparison of titanium grade
2 microstructure after severe
deformation in KoBo and
HE techniques
Jakub Kawałko (Institute of Metallurgy
Academy of Sciences) Magdalena
Bieda, Mariusz Kulczyk, Wacław
Pachla, Krzysztof Sztwiertnia
Oral
Room-temperature pressureless
bonding via sintering of conductive
nanocomposite paste
Dae Up Kim
Seung-Boo Jung (Sungkyunkwan
University) Myung Yung Jeong,
Kwang-Ho Jung, Kwang-Seok Kim,
Bum-Geun Park
Oral
Modeling light absorption by a
dielectric-coated Ag nanoparticle array
deposited on a glass substrate
Thibault Derrien (Hilase Centre,
Institute of Physics (AV CR) Alexander
Bulgakov, Nadezhda Bulgakova,
Alexey Safonov, Sergey Starinskiy,
Veronica Sulyaeva
Oral
The effect of severe plastic
deformation on microstructure, phase
transformations and mechanical
properties in metastable Ti-Nb and
Ti-Nb-Pd alloys
Paweł Żywicki (Warsaw University of
Technology) Halina Garbacz, Krzysztof
Jan Kurzydłowski, De-hai Ping, Koichi
Tsuchiya, Yoko Yamabe-Mitarai
12:20
12:40
Invited/Keynote
Materials Tribology: An emerging field
in materials science
Christian Greiner (Karlsruhe Institute
of Technology (KIT), Institute for
Applied Materials (IAM)
Invited/Keynote
Fundamentals of competing phase
formation at reacting interfaces
Mykola Pasichnyy (Bohdan
Khmelnytskyy National University at
Cherkasy) Andriy Gusak
Oral
Textile finishing using spider silk
proteins
Stephan Jokisch (University of
Bayreuth) Robert Gleuwitz, Thomas
Scheibel
Oral
Understanding the influence of
synthesis conditions on the properties
of functionalised TiO2
Annelore Roevens (University of
Antwerp) Peter Adriaensens, Vera
Meynen, Marco Tassi, Jeroen Van
Dijck
75
Oral Sessions
76
Symposium
C3.3
C4.1
C4.3
D1.1
Room
MB 315
MB 226
MB 437
MF 102
Chairperson
Peter Leisner
Anton Chyrkin
Luis Pereira
Sara Bals
11:00
Oral
Effect Of Process Parameters On Type
Ii Anodization Of A Ti6al4v Tianium
Alloy
Luca Pezzato (University of Padua)
Katya Brunelli, Manuele Dabalà
Highlight
Phase transformations in Ti-Fe alloys
induced by high pressure torsion
Mario J. Kriegel (TU Bergakademie
Freiberg) B. Baretzky,
O.B. Fabrichnaya, A.S. Gornakova,
H. Hahn, Yu. Ivanisenko, A.R.
Kilmametov, A.A. Mazilkin, D. Rafaja,
B.B. Straumal
Highlight
Towards limitations of battery
electrode processing technologies
Wilhelm Schabel (Karlsruhe Institute
of Technology)
11:20
Oral
Electrochemical preparation and
characterization of Ni/IF-WS2
nanocomposite coatings
Itziar Garcia-Urrutia (CIDETEC) José
Antonio Diez, Eva Garcia-Lecina
Oral
Phase-field based multi-physics
simulations for new battery systems
Heike Emmerich (Universität
Bayreuth, Lehrstuhl für Material - und
Prozesssimulation)
Highlight
Oxide based electrochemical devices
Pedro Barquinha (Universidade Nova
de Lisboa)
11:40
Oral
Thermal spraying of oxide ceramics
using a liquid feedstock
Andreas Killinger (University of
Stuttgart)
Oral
Phase formation and kinetic transition
of the Cu3Si phase
Bence Parditka (University of
Debrecen) Zoltán Balogh, Dezső
L. Beke, Attila Csik, Zoltán Erdélyi,
Mohamed Ibrahim, Gábor A. Langer,
Guido Schmitz, Mariana Verezhak
Highlight
Printed Electronics and Device
Functionalization by Dip-Pen
Nanolithography and Polymer Pen
Lithography
Michael Hirtz (Karlsruhe Institute of
Technology)
Oral
A statistical approach to fiber
length estimation in long glass fiber
reinforced plastics
Oliver Wirjadi (Fraunhofer ITWM)
Markus Kronenberger, Jan
Niedermeyer, Claudia Redenbach
12:00
Oral
Study of electroless deposited NiZn-P alloys onto aluminum and their
corrosion behaviors
Karima Chouchane (Université Djilali
Bounaama Khemis Miliana) Omar
Aaboubi, Jean Paul Chopart,
Razika Mehadoui, Nadir Mesrati
Oral
Growth and shrinkage of particles
in slags
Ernst Gamsjäger (Institute of
Mechanics / Montanuniversitaet
Leoben) Harald Harmuth, Volkmar
Kircher
Highlight
High-Performance Metal Oxide
Semiconductor Thin Films from
Molecular Precursor Solutions
Marc Häming (Karlsruhe Institute of
Technology)
Oral
Observation of Si-H vibrations in
hydrogenated graphene grown on
SiC(0001) by Raman spectroscopy
Kacper Grodecki (Institute of
Electronic Materials Technology)
Jacek Baranowski, Paweł
Ciepielewski, Tymoteusz Ciuk,
Małgorzata Możdżonek,
Włodzimierz Strupiński
12:20
Oral
Effect of temperature, frequency
and phase transformations on the
viscoelastic behavior of commercial
AlMgSi alloys
Jose I. Rojas (Universitat Politecnica
de Catalunya (UPC BarcelonaTech)
Daniel Crespo, Xavier Lopez-Ponte
Oral
The gradient structures in powder
materials at high-voltage consolidation
Evgeny Grigoryev
Oral
Linking the elastic deformation of
defects with the electronic structure
changes using advanced TEM
Zaoli Zhang (Erich Schmid institute of
Materials Science, Austrian Academy
of Sciences) Gerhard Dehm
12:40
Invited/Keynote
Nanoscale analysis of the cellbiomaterials interface
Alexandra Porter (Imperial College
London)
Oral Sessions
Symposium
D2.1
D3.1
D3.3
E1.1
Room
MB 306
MF 103
MB 309
Chairperson
Fabio Di Gioacchino
A. Tkatchenko
Florian Mertens
Peter Hall
Invited/Keynote
Phase Equilibrium in Highly Rare Earth
Content Modified Aluminum Alloys
Orlando Rios (Oak Ridge National
Laboratory) Scott McCall, zachary
Sims, Patrice Turchi
Oral
Physicochemical Characterization
of Li+ Mixtures with Phosphonium
Based Cations Ionic Liquids and
their Performance in Energy Storage
Devices
Vitor L. Martins (University of Sheffield)
Peter J. Hall, Anthony J. R. Rennie,
Mauro C. C. Ribeiro, Nedher SanchezRamirez, Roberto M. Torresi
11:00
Highlight
Assessment of Damage Behavior
of Aluminum Using DiffractionAmalgamated Grain-Boundary
Tracking Technique
Hiroyuki Toda (Kyushu University)
Kyosuke Hirayama, Masakazu
Kobayashi
Highlight
Gaussian approximation potentials
Gábor Csányi (Cambridge)
11:20
Highlight
High temperature deformation
mechanisms in Mg studied by
nanoindentation
Jon Molina-Aldareguia (IMDEA
Materials Institute) Teresa PérezPrado, Raul Sanchez-Martin, Claudio
Zambaldi
Oral
Investigating structural
transformations of nanoalloys via
Metadynamics
Kevin Rossi (King’s College London)
Francesca Baletto, Luca Pavan
11:40
Oral
Strain localization analysis on bainiteMA dual phase steel by hybrid
numerical-experimental approach
Noriki Fujita (Max-Planck-Institut für
Eisenforschung) Nobuyuki Ishikawa,
Dierk Raabe, Franz Roters, Cem Tasan
Oral
Molecular Dynamics simulations
of mechanical properties of Silica
Aerogel, the first modelling step for a
multi-scale approach
William Gonçalves (MATEIS) Patrice
Chantrenne, Genevieve Foray,
Christophe Martin, Julien Morthomas,
Michel Perez
Oral
Experimental investigation and
thermodynamic modeling of the
Al–Ca–Ti system
Rainer Schmid-Fetzer (Clausthal
University of Technology) Milan Hampl
Oral
Investigations on RT-IL filled polyHIPEs
for possible application as separators
in Li-ion batteries
Werner Paschinger (University of
Vienna)
12:00
Oral
Microstructure evolution in materials
under reciprocating tribological
loading: Variation of strain
Sarah Becker (KIT) Christian Greiner
Oral
Unraveling the breathing in MetalOrganic Frameworks: from force fields
to thermodynamic insights
Louis Vanduyfhuys (Ghent University)
Ruben Demuynck, An Ghysels,
Sven M.J. Rogge, Veronique Van
Speybroeck, Steven Vandenbrande,
Toon Verstraelen, Michel Waroquier
Oral
Thermodynamic description of TCP
phases in commercial Ni-base
superalloys
Alice Redermeier (Vienna University
of Technology, E308 - Institute of
Materials Science and Technology)
Ernst Kozeschnik, Erwin Povodenkaradeniz
Oral
Nanocrystalline nickel-cobalt oxide
assembled in reduced graphene oxide
for energy storage application
M. J. Carmezim (Instituto Politecnico
Setubal) S. Eugenio, M. F. Montemor,
C. Piedade, C. Santos
12:20
Oral
Plasticity of microcast aluminium
wires
Suzanne Verheyden (Ecole
Polytechnique Fédérale de Lausanne)
Jérôme Krebs, Andreas Mortensen
Oral
Multiscale modelling of materials
chemomechanics: from catastrophic
brittle fracture to stress corrosion
cracking
James Kermode (University of
Warwick)
Oral
Thermodynamic Assessment of the
Al-Mo-Ni System and It’s Quaternary
Extension with Cr
Jian Peng (Institute for Applied
Materials - Applied Materials Physics,
Karlsruhe Institute of Technology)
Peter Franke, Hans J. Seifert
12:40
Highlight
Bond-Order Potentials: from the
electronic structure to transferable
interatomic potentials
Ralf Drautz (ICAMS Ruhr-Universität
Bochum)
Oral
Alloy design by computational
simulations of precipitation behaviour
in Ni- and Fe-based superalloys
Masayoshi Sawada (University of
Cambridge) Enrique Galindo-Nava,
Peter Lang, Pedro Rivera-Díaz-delCastillo
Oral
Mg-based metallic hydrides as
negative electrode materials for
batteries
Michel Latroche (ICMPE CNRS UPEC)
Véronique Charbonnier, Fermin
Cuevas, Judith Monnier, Junxian
Zhang
77
Oral Sessions
78
Symposium
F1.1
F3.2
Room
MB 144
MB 213
Chairperson
Frank Witte
Jolanta Baranowska
11:00
Highlight
Injection printing of biodegradable
PCL-HAP composite scaffolds dopped
with antibacterial silver nanoparticles
Nikolaos Michailidis (Aristotle
University of Thessaloniki)
Marios Pantazopoulos, Dimitrios
Papadopoulos, Dimitrios Tsipas,
Alexander Tsouknidas
Highlight
Organs on Chips: in-vitro models
applied to understand cancer
Jaap den Toonder (Eindhoven
11:20
Oral
Collagen fibers fabricated by
microfluidics
Christian Haynl (University of
Bayreuth) Thomas Scheibel
Oral
Measurement of load-induced
changes in pig aorta fibre organization
by non-invasive imaging as a model
for detecting the tissue response to
endovascular catheters
Luciana Bostan, Roger Lewis
11:40
Oral
Effect of particle size of bioactive
glass feedstock on atmospheric
plasma spray coatings
María José Orts (Instituto de
Tecnología Cerámica (ITC), Asociación
de Investigación de las Industrias
Cerámicas (AICE), Universitat Jaume
I (UJI), Castellón, Spain) Emilie
Bannier, Eugeni Cañas, Enrique
Sánchez, Mónica Vicent
Oral
Effects of testing conditions on the
degradation rate of Mg alloys in
biological environment
Akiko Yamamoto (National Institute for
Materials Science) Akemi Kikuta, Yuko
Kohyama
12:00
Oral
Effect of structure on the properties
of Mg-XZn Alloys used in Biomedical
applications
Ahmed Abd El-Azim (Central
metallurgical Research &
Development Institute CMRDI)
Oral
Interaction of ultra-high purity Mg
with artificial body fluids towards
biodegradable implant applications
Magdalena Pawelkiewicz (Empa)
12:20
Oral
Replicating diseased aorta mechanical
properties via enzymatic digestion and
glutaraldehyde treatment
Noble Chris, Green N., Smulders N.,
Matt Carrè, Sheila MacNeil, Lewis R.,
Taylor Z.A.
12:40
Oral Sessions
Tuesday 22 September 2015 /PM1
Symposium
A1.1
A2.1
B1.1
B1.2
Room
MB 231
MB 219
MB 208
MB 134
Chairperson
Albert Tarancón
Eric Anglaret
Peter Schumacher
Matthias Kuntz
14:30
Highlight
So-called kesterite: cation disorder
and its effects in Cu2ZnSn(S,Se)4based photovoltaics
Jonathan Scragg (Uppsala University)
Invited/Keynote
A Design Template for GrapheneBased Nanocomposites
Robert Young (National Graphene
Institute and School of Materials,
University of Manchester)
Highlight
Understanding the strengthening
of Al-Li-Cu alloys by tailoring their
precipitate microstructure
Frederic De Geuser (SIMAP - Univ.
Grenoble Alpes) Alexis Deschamps,
Thomas Dorin, Eva Gumbmann
Oral
The role of high carbon retained
austenite on mechanical properties of
nano bainite
Behzad Avishan (Department of
Materials Engineering, Azarbaijan
Shahid Madani University) Francisca
G. Caballero, Carlos Garcia-Mateo,
Sasan Yazdani
Oral
Influence of Alloy Composition and
Heat Treatment on the Deformation
Behaviour of Aluminium-Based
Open-Cell Metal Foams on Different
Length-Scales
Claudia Fleck (Institute of Technology
Berlin) Andreas Buehrig-Polaczek,
Sebastian Fischer, Ali Can Kaya, Paul
Schueler, Paul Zaslansky
Oral
Effect of lowering silicon content
on microstructure and properties of
nanostructured bainite-austenite steel
Jarosław Marcisz (Institute for Ferrous
Metallurgy)
Oral
Evaluation of the mechanical
reinforcement of polypropylene
through the incorporation of graphite
nanoplatelets
Dimitrios Papageorgiou (University of
Manchester) Ian Kinloch, Robert Young
Oral
Development of Johnson-Cook
constitutive models for friction stir
welded 2139-T8 alloy and their
application for modelling the response
of welded structures.
Awang Jefri Awang Draup (University
of Manchester) Qingming Li, Matthew
Lunt, Philip Prangnell, Joseph Robson
Oral
The effect of Al and Si on
microstructures and mechanical
properties in low-temperature
nanostructured bainitic steels
Jing Zhao (Yanshan University)
Oral
Unprecedented elastic behavior
induced by in situ reinforced all
carbon composites
Francisco Robles Hernandez
(Department of Mechanical
Engineering Technology, University of
Houston) Fernando Alvarez Ramirez,
David Barber, Hector Calderon,
Viktor Hadjiev, Anderson Okonkwo,
Raymundo Ordonez Olivares, Julio
Quintero
Oral
Effect of applied load on the
electrochemical behavior of 7000
series Al alloys welded to dissimilar
metals
Monica Trueba (Università degli Studi
di Milano)
Oral
Influence of boron in toughness and
crack propagation of bainitic steels.
Karol F. Rodríguez (Universidad
Nacional de Colombia - Universidad
Militar Nueva Granada) Jose
M. Cabrera, Álvaro Mestra, Jhon
J. Olaya, Rodolfo Rodríguez
14:50
15:10
Highlight
Piezoelectric and pyroelectric
materials and structures for energy
harvesting
Chris Bowen (University of Bath)
15:30
15:50
Oral
Large Area Flexible Fabrics of Silicon
Nanotubes for Thermoelectric
Applications
Alex Morata (Catalonia Institute for
Energy Research (IREC) Cristina Flox,
Eulalia Fontova, Gerard Gadea, Albert
Tarancón
Oral
Development of SU8-based smart
nanocomposite materials
Marijana Mionic (EPFL) Arthur Ganz,
Heinrich Hofmann
Oral
Mechanisms of plastic deformation of
magnesium matrix nanocomposites
developed by friction stir processing
Camila Mallmann (SIMAP - GPM2)
Emilie Ferrie, Marc Fivel, Erica
Lilleodden, Aude Simar
Oral
Development of advanced TRIP
assisted bainitic steels for critical
applications
Roman Kuziak (Instytut Metalurgii
Żelaza) Zofia Kania, R. Koller,
M. Lembke, Hans Roelofs
16:10
Oral
Full- and half- Heusler coexistence
in phase separated Co2-yT1-xZxSb
(Z=Sc, V, Mn) thermoelectrics.
Joaquin Miranda Mena (Universität
Bayreuth)
Oral
Thermoset and Thermoplastic
Nanocomposites Incorporating Boron
Nitride Nanotubes
Yadienka Martinez Rubi (National
Research Council Canada)
79
Oral Sessions
80
Symposium
B1.3
B2.2
B3.1
C1.1
Room
MB 437A
PF 113
PF 111
MF 107
Chairperson
Peter Galenko
Anne Leriche
Maik Gude
Würshum
Invited/Keynote
Architectured nanocomposite metallic
wires obtained by severe plastic
deformation
14:30
Highlight
Dissimilar trends in the
nanomechanical behavior of
amorphous and crystalline metallic
nanowires
Eva Pellicer
Highlight
Optical properties of Er:YAG
transparent polycrystalline ceramics
developed by Spark Plasma Sintering
Anne Leriche (LMCPA)Elodie Barraud,
Sophie d’Astorg, Aurélien Katz,
Sébastien Lemonnier
Oral
Exploratory study of the possibilities to
use diatoms as a filler in epoxy matrix
composite
Justyna Jablonska (Faculty of
Warsaw University of Technology)
Krzysztof Jan Kurzydlowski, Izabela
Zglobicka
14:50
Oral
Exploring a wide range of energetic
states of a bulk metallic glass by
nanoindentation
Carolina Grize (University of
Cambridge) Lindsay Greer, Sarig
Nachum, Yonghao Sun
Oral
Synthesis, structure and electrical
transport properties of mixed
conducting (Y,Sr)x(Ti,Fe)O3-δ
perovskite structures
Tadeusz Miruszewski (Gdansk
University of Techology, Faculty of
Mathematics and Applied Physics,
Poland) Maria Gazda, Pawel Gdaniec,
Jakub Karczewski, Boguslaw Kusz,
Krystyna Szaniawska
Oral
Influence of porosity on the properties
and structure of mixed proton-electron
conducting BaCe0.6Zr0.2Y0.2O3–δ/
Li2O:NiO:ZnO composite.
Krzysztof Zagórski (Department of
Solid State Physics, Faculty of Applied
Physics and Mathematics, Gdansk
University of Technology) Maria
Gazda, Aleksandra Mielewczyk-Gryń,
Sebastian Wachowski
15:10
Oral
Effect of high pressure torsion on
the microstructure and mechanical
properties of Pd-based BMG
Pierre Denis (Institute of Micro and
Nanomaterials - Ulm University)
Christian Ebner, Hans-Jörg Fecht,
Silke Prades-Rodel
Oral
Microstructure-mechanical property
relationships in porous ceramics:
modeling versus experiment
David Jauffres (Univ. Grenoble Alpes
- SIMAP/GPM2) Pierre Lhuissier,
Christophe Louis Martin, Sebastian
Pascual Sedeno
15:30
Oral
Nanoscale Structure and properties of
a metallic glass-crystalline composite
obtained by powder consolidation
under severe plastic deformation
Xavier Sauvage (University of Rouen
- CNRS) Alfiya Akhatova, Yannick
Champion, Fabien Cuvilly, Loic
Perrière, Reinhard Pippan, Oliver Renk
Highlight
Process methods for close controlled
pore size and morphology in ceramics
Anne Leriche (LMCPA-UVHC)
Oral
Application of physical simulation
for development of complex SPD
processing routesI
lchat Sabirov (IMDEA Materials
Institute) Nariman Enikeev, Maxim
Murashkin, Ruslan Valiev
15:50
Oral
Glass Forming Ability and Mechanical
Properties of Zr48Cu36Al16-xAgx
Alloys
Piotr Błyskun (Warsaw University of
Technology) Tadeusz Kulik
Oral
Effect of Processing on Microstructure
and Electrical Properties of
Lanthanum - modified Lead Zirconate
Titanate ceramics
Katarzyna Berent (AGH University
of Science and Technology,
Academic Centre for Materials and
Nanotechnology) Marek Faryna,
Małgorzata Płońska
Oral
Architecture influences of Al-Cu
Laminates produced by ARB
investigated with ex- and in-situ
methods in the SEM
Christian Krechel (Institute I: General
Materials Properties, Departement
University Erlangen-Nürnberg,
Germany) Mathias Göken, Heinz
Werner Höppel, Frank Kümmel,
Christopher Schunk
16:10
Oral
Technology of Annealing
Nanocrystalline Materials
Vladimir Tsepelev (Boris Yeltzin Ural
Federal University) Vladimir Belozerov,
Viktor Konachkov, Yuri Starodubtsev
Oral
High pressure sintering and physical
and mechanical properties of Si3N4TiN based nanocomposites
Vladimir Urbanovich (SSPA “ScientificPractical Materials Research Centre of
NAS of Belarus”) Vladimir Krstic, Milan
Vlajic, Ch. Zhou
Oral
Modelling of texture evolution and
grain refinement in metals and alloys
of high specific strength in SPD
processes
Karol Frydrych (IPPT PAN) Katarzyna
Kowalczyk-Gajewska
Highlight
Processing and mechanical properties
of nanolaminates and graded sheets
by accumulative roll bonding
Mathias Göken (Friedrich-AlexanderUniversity Erlangen-Nürnberg) HeinzWerner Höppel
Oral Sessions
Symposium
C2.2
C3.3
D1.1
D2.1
Room
MB 206
MB 315
MF 102
Chairperson
Florence Baras
Pedro Barquinha
Christoph Koch
Jon Molina-Aldareguia
Invited/Keynote
Advances in magnetron sputtered
functional materials from rotary
targets
Jörg Oberste-Berghaus (Soleras
Advanced Coatings) Aniran Das,
Wilmert De Bosscher, Robin Van Nuffel
Invited/Keynote
Review of challenges related to
automated X-ray microtomography
image characterization of engineering
materials
Laurent Babout (Lodz University of
Technology) Philip J. Withers
14:30
Highlight
Metal-to-metal Joining using
Nanoparticles Derived from Metal
Oxides
Akio Hirose (Osaka University)
Tomo Ogura, Tomokazu Sano
Oral
High-throughput characterization
of thin film stresses using
micromachined Si-cantilevers
Dario Grochla (RUB)
14:50
Oral
Cu-Cu Joint with Cu@Ag core-shell
Nanopaste
Seung-Boo Jung (Sungkyunkwan
University) Kwang-Ho Jung, KwangSeok Kim, Bum-Geun Park
15:10
Oral
Structural evolution of Ag-Cu
nano-alloys confined between AlN
nanolayers upon fast heating
Claudia Cancellieri (EMPA) Mirco
Chiodi, Roland Hauert, Jolanta
Janczak-Rusch, Lars P. H. Jeurgens,
Frank Moszner
Oral
Magnetron sputtered metal-ceramic
coatings on ST3S steel
Krzysztof Mars (AGH University of
Science and Technology, Faculty of
Materials Science and Ceramics)
Elżbieta Godlewska, Mateusz Jeż,
Karol Kyzioł, Marzena Mitoraj, Tadeusz
Uhl, Piotr Żakiewicz
Oral
In-situ synchrotron tomographic
imaging of glass reactive melting
using a high-temperature controlledatmosphere furnace
Emmanuelle Gouillart (Surface of
Glass and Interfaces) Elodie Boller,
Ekaterina Burov, Emmanuel Garre,
Bernard Gorges, Pierre Lhuissier,
Luc Salvo, Michael Toplis, Jean-Paul
Valade, Hugo Vitoux, William Woelffel
Oral
Suspended Droplet Alloying (SDA) of
Ti-Al-based Ternary Alloys
Shichao Lui (University of Birmingham)
Nicholas Adkins, Moataz Attallah
15:30
Oral
The melting point depression in Al-Si/
AlN nano-multilayered brazing fillers
Joanna Lipecka (Warsaw University
Science and Engineering) Mariusz
Andrzejczuk, Jolanta Janczak-Rusch,
Lars P.H. Jeurgens, Małgorzata
Lewandowska, Gunther Richter
Oral
Recent Advancements in Thin Film
Characterization
Ude Hangen (Hysitron, Inc.)
Jaroslav Lukes, Anqi Qiu, Karolina
Rzepiejewska-Malyska
Oral
FIB tomography analysis of
grinding-induced damage in WC-Co
hardmetals
Jing Yang (Universitat Politècnica de
Catalunya, BarcelonaTech) Mats Peter
Johansson-Jõesaar, Luis Llanes,
Magnus Odén, Joan Josep Roa,
Martin Schwind, Remi Weber
Oral
Combinatorial synthesis and highthroughput characterization of ternary
reactive multilayers based on Ru/Al
Sigurd Thienhaus (Ruhr University
Bochum) Sara Borhani, Alfred Ludwig,
Frank Mücklich, Christoph Pauly,
Kai Richter
15:50
Oral
Evaluation of the Paramagnetic
Impurities Segregation at Grain
Boundaries in Nanostructured ZnO
Films
Daniela Ghica (National Institute of
Materials Physics)
Oral
Thermochromic VO2 thin films as
coatings for smart windows
Binas Vasilis, Elias Aperathitis,
Emmanouil Gagaoudakis, George
Kiriakidis, Giannis Michail
Oral
Three-dimensional structure
characterization of TiO2 nanotubes
by scanning transmission electron
microscopic tomography
Mariusz Andrzejczuk (Warsaw
University of Technology) Krzysztof
Jan Kurzydłowski, Małgorzata
Lewandowska, Marcin Pisarek, Agata
Roguska
Oral
Mechanical behaviour of a series
of functionalized MOFs: A joint
experimental and modelling approach
Pascal Yot (Universite Montpellier)
16:10
Oral
Laser welding of NiTi and Copper
Boyd Panton (Centre for Advanced
Materials Joining, University of
Waterloo) Zhi Zheng, Y. Norman Zhou
Oral
EELS-tomography. Pushing the spatial
and spectral resolution.
Alberto Eljarrat (University of
Barcelona)
Oral
A New Combinatorial Method Utilising
Suspended Droplet Alloying To Rapidly
Synthesise Bulk Homogenous Alloy
Material
Nicholas Adkins (University of
Birmingham) Moataz Attallah, Bastian
Hauptstein, Stephen McCain
81
Oral Sessions
82
Symposium
D3.1
D3.3
E1.1
F1.1
Room
MB 306
MF 103
MB 309
MB 144
Chairperson
Michele Ceriotti
Scott McCall
Stuart Irvine
Frank Witte
14:30
Oral
Growth and coalescence of nanovoids
in bcc Fe
Kai Zhao (NTNU) Inga Ringdalen,
Zhiliang Zhang
Highlight
On the partial surface tension of
components of a solution
George Kaptay (Bay Zoltan Ltd for
Applied Research)
14:50
Oral
Atomistic Simulations of
Nanographene Crystals
Orestis George Ziogos (School of
Chemical Engineering, National
Technical University of Athens, Athens)
Doros Nicolas Theodorou
Oral
Generic Multi-Scale Model for
Reaction Progress in ReceiverReactors
Stefan Brendelberger (German
Aerospace Center (DLR) Justin
Lapp, Martin Roeb, Christian Sattler,
Abhishek Kumar Singh
15:10
Oral
Atomistic simulations and analysis of
hydrogen in alpha iron ideal sigma 3
Grain boundary and its deviations
Tarek Hatem (The British University
in Egypt) Jaafar El-Awady, Mohamed
Hamza, Dierk Raabe
Oral
Modelling YSZ/GDC Grain Boundaries
with Molecular Dynamic Simulations
Xavier Aparicio Anglès (Univeristy
College London) Nora H. de Leeuw
Oral
High through-put design of low
activation high strength creep
resistant steels for nuclear
applications
Wei Xu (Delft University of Technology)
Qi Lu, Sybrand van der Zwaag
15:30
Oral
Modeling of non-equilibrium solute
diffusion upon rapid solidification:
effective mobility vs. kinetic energy
Haifeng Wang (State Key Laboratory
of Solidification Processing,
Northwestern Polytechnical University)
Feng Liu
Oral
Optimization of architectured
structures for harnessing, storage,
and release of thermal energy
Charles Thoumyre (SIMaP, University
Grenoble Alpes) Gérard Bienvenu,
Matthieu Blanchet, Marie Kermarrec,
Pierre Lhuissier, Luc Salvo
15:50
Oral
Molecular Dynamics simulation of
the thermodynamic properties of
Gd2Zr2O7 polymorphs
Paul C. M. Fossati (Imperial College
London) Robin W. Grimes
Oral
Giant magnetocaloric effect in a
Heusler Mn50Ni40In10 unidirectional
crystal
Hongxing Zheng (Shanghai University)
Invited/Keynote
Multiphase ceramic composites for
membrane separations and nuclear
waste immobilization - The role of the
interface
Kyle S Brinkman (Clemson University)
Oral Sessions
Symposium
F3.2
Room
MB 213
Chairperson
Jolanta Baranowska
14:30
Highlight
Micro-motion tribology testing of bone
scaffold materials
Connor Myant
14:50
Oral
The finger pad as an in vivo model for
investigating the influence of moisture
on the friction of human skin
Michael Adams (University of
Birmingham)
15:10
Oral
Evaluating Skin Mechanics and
Ageing Features with Digital Image
Correlation
Kemal Levi (Bio-X Consulting)
Arved Kaltwasser, Pelin Kefel,
Juergen Keller
15:30
Oral
Understanding the strain in the human
finger-pad and forearm skin using
non-invasive techniques
Raman Maiti (Department of
Mechanical Engineering, University
of Sheffield) Matt J. Carre, Steve
E. Franklin, Lutz C. Gerhardt,
Roger Lewis, Xiaoxiao Liu, Stephen
J. Matcher
15:50
Oral
Mechanical properties and damage
etiology of human skin resulting from
large amplitude shear deformation
Jibbe Soetens (Eindhoven University of
Technology) Dan Bader, Cees Oomens
16:10
83
84
85
Oral Sessions
Wednesday 23 September 2015 /AM1
Symposium
A1.1
A2.1
B1.1
B1.2
Room
MB 231
MB 219
MB 208
MB 134
Chairperson
Albert Tarancón
Alexander Bismarck
Teresa Perez Prado
Hiroshi Matsuda
8:30
Invited/Keynote
Light absorption in organic
semiconductors for photovoltaic
applications
Mariano Campoy Quiles (ICMAB-CSIC)
Highlight
Characterization of bioinspired hybrid
materials by multi-scale analysis
Britta Seidt (Max Planck Institute of
colloids and interfaces) Hans Börner,
Peter Fratzl, André Gjardy, Keith
Gregorczyk, Felix Hanßke, Mato Knez,
Valeria Samsoninkova, Wolfgang
Wagermaier
Invited/Keynote
Challenges and Solutions in the
Development of Wrought Magnesium
Alloys
Dietmar Letzig (Helmholtz-Zentrum
Geesthacht)
Invited/Keynote
Design of new high-Cr Ferritic ODS
alloys for energy generation systems
Akihiko Kimura (Kyoto University)
Dongsheng Chen, Peng Dou, Yoosung
Ha, Wentuo Han, Hwanil Je, Ryuta
Kasada, Sanghoon Noh, Satoshi
Ohtsuka, Takanari Okuda, Shigeharu
Ukai, Kiyohiro Yabuuchi
Oral
Design of graphene based composites
Mateusz Grybczuk (Warsaw University
Science and Engineering) Krzysztof
Kurzydlowski, Mateusz Wasiluk,
Tomasz Wejrzanowski
Highlight
Optimizing Strengthening of Mg-Zn-Zr
Alloys using Modelling
Joseph Robson (University of
Manchester) Chuleeporn Paa-Rai
Highlight
Influence of manufacturing route on
the microstructure and mechanical
properties of a mechanically alloyed
ODS ferritic steel
Zbigniew Oksiuta (Bialystok Univesity
of Technology)
Oral
Advanced cement-based
nanocomposites
Luca Lavagna (Politecnico di Torino)
Luigi Ledda, Simone Musso, Matteo
Pavese
Oral
Icosahedral quasicrystal formation in
Mg-based alloys
Güven Kurtuldu (ETH Zürich) Jörg F.
Löffler, Karl F. Shamlaye
Highlight
Influence of Al on tensile properties
and deformation mechanisms of
Fe–17Cr–9Ni–6Mn–0.4C austenitic
stainless steel in the temperature
range of -196–200 °C
Reza Rahimi (Institute of Iron and
Steel Technology/Technische
Universität Bergakademie Freiberg)
Horst Biermann, Bruno Charles De
Cooman, Volker Klemm, Javad Mola,
Christiane Ullrich
8:50
9:10
Oral
Si3N4 / graphene based composites:
structure and properties
Csaba Balazsi (BAY ZOLTAN Ltd. for
Applied Research) Katalin Balazsi,
Jan Dusza, Zsolt Fogarassy, Andreas
Kailer, Orsolya Tapasztó
Highlight
Oxide interfaces can they be
controlled?
Nini Pryds (Technical University of
Denmark) Yunzhong Chen
9:30
86
9:50
Oral
Study of template grown piezoelectric
nanowires for vibrational energy
harvesting
Richard Whiter (University of
Cambridge) Sohini Kar-Narayan, Pedro
Sanchez-Jimenez
Oral
Hybrid graphene-silica
nanocomposites: an effective way
to enhance thermal and mechanical
properties
Andrzej Rybak (ABB Corporate
Research Center) Lukasz Jarosinski
Highlight
Development of precipitation
hardening Mg alloys: Design
considerations
Chamini Mendis (Helmholtz-Zentrum
Geestahcht) Norbert Hort, Karl Kainer
10:10
Oral
Growth and characterization of
silicon nanowires for integration in
thermoelectric energy harvesters
Gerard Gadea (IREC) Carlos Calaza,
Diana Dávila, Luís Fonseca, Álex
Morata, Marc Salleras, Jose Domingo
Santos, Albert Tarancón
Oral
TiO2 nanotubes modified by graphene
oxide GO
Anna Wnuk (AGH, University of
Science and Technology in Krakow)
Katarzyna Nawara
Oral
Atomistic characterization on the
solute clustering and precipitation of
Mg alloys
Jiehua Li (Institute of Casting
Research, Montanuniversität
Leoben, A-8700, Leoben, Austria)
P. Schumacher
Oral Sessions
Symposium
B1.3
B2.2
B3.2
C1.1
Room
MB 437A
PF 113
MB 309
MF 107
Chairperson
Eva Pellicer
Marita Zocca
Rajiv Asthana
Christian Greiner
8:30
Highlight
Alloy design of metallic glasses and
relevant alloys based on digitalized
empirical criteria and Pettifor map
Akira Takeuchi (Tohoku University)
Kenji Amiya, Takeshi Wada, Kunio
Yubuta
Invited/Keynote
Biosensors fabricated by inkjet
printing of functionalized mesoporous
silica substrates
Fabrice Rossignol (SPCTS - UMR
CNRS 7315) Xavier Cattoen, JeanOlivier Durand, Julien Graffion, Fabrice
Lalloue, Martine Lejeune, Michel
Wong Chi Man
Invited/Keynote
Magnesium Matrix Composites Challenges and Opportunities
Karl Ulrich Ulrich Kainer (Hamburg
8:50
Highlight
A phenomenological approach for bulk
metallic glasses behaviour
Nicolas Thurieau (IMSIA, ENSTA
Paristech) Eva Héripré, Habibou
Maitournam
9:10
Highlight
Thermo-mechanical properties of
ultra-fine grained fcc-bcc composites
Daniel Kiener (Montanuniversität
Leoben) Marius Kreuzeder, Alexander
Leitner, Verena Maier, Mladen-Meato
Primorac
Oral
Geometry of icosahedral order in
metallic glasses
Masato Shimono (National Institute for
Materials Science) Hidehiro Onodera
Invited/Keynote
Low cost 3D printing of thermally
stable ceramic materials
Juan Ramón Marín-Rueda (Fuel
Cell Department. Renewable Energy
Research Institute. Universidad de
Castilla-La Mancha) Jesús CanalesVázquez, Vicente Yagüe-Alcaraz
Oral
Some physicochemical phenomena
observed during fabrication of Mg-C
cast composites
Anita Olszówka-Myalska (Silesian
Oral
Fatigue life and damage mechanisms
of laminates produced by
accumulative roll bonding
Frank Kümmel (University ErlangenNürnberg; Department of Materials
Science & Engineering I) Mathias
Göken, Heinz Werner Höppel
9:30
Oral
Morphology and reactivity of
aluminum nanoflakes
Christine Leroux (Universite de Toulon)
Marie Vanessa Coulet, Renaud
Denoyel, Pierre-Henri Esposito,
Veronique Madigou
Highlight
Additive manufacturing of preceramic
polymers: future perspectives and
application to preceramic polymers
Andrea Zocca (University of Padova)
Oral
Processing and structural
characterization of magnesium with
ordered porosity
Jerzy Sobczak (Foundry Research
Institute)
Oral
Microstructural features, local
and global Mechanical Properties
of AA6060 with distinct strain
localizations after SPD-processing
Philipp Frint (TU Chemnitz) Martin
F.-X. Wagner
9:50
Oral
Usefulness of powder technology in
the synthesis of selected Al-containing
high entropy alloys
Elzbieta Godlewska (AGH University
of Science and Technology) Livio
Battezzati, Jakub Domagała, Radosław
Lach, Krzysztof Mars, Marzena Mitoraj
Highlight
Dense powder beds for powder-based
additive manufacturing of ceramics
Jens Günster, Thomas Mühler
Oral
Mechanical properties of carbon fiber
reinforced aluminum manufactured by
high pressure die casting
Franziska Kachold (University of
Erlangen-Nürnberg)
Ora
lMicrostructural instability of ufg
copper during cyclic loading
Marlene Kapp (Erich Schmid Institute
of Materials Science) Thomas
Kremmer, Christian Motz, Reinhard
Pippan, Bo Yang
10:10
Oral
Preliminary embedding of optical
fibres into Metal Matrix Composites
for health and state monitoring
purpose
Andrzej Czulak (Technische Universität
Dresden; Institute of Lightweight
Engineering and Polymer Technology)
Ingolf Endler, Maik Gude, Jerzy Kaleta,
Mario Krug, Justyna Krzak, Piotr
Malczyk, Bartlomiej Przybyszewski,
Rafal Stanik, Anna Szczurek, Alfaferi
Zainal-Abidin
Oral
Influence of temperature of Equal
Channel Angular Pressing (ECAP)
technique on the parameters of
microstructure and mechanical
properties of AX41 magnesium alloy
Tomáš Krajňák (Charles University)
Jenő Gubicza, Miloš Janeček, Kristián
Máthis, Jitka Stráská
Oral
Processing of commercially pure
titanium at room temperature
using 90° ECAP die with applied
backpressure
Karel Tesař (Institute of Physics
of ASCR) Jan Drahokoupil, Viera
Gärtnerová, Aleš Jäger
87
Oral Sessions
88
Symposium
C2.2
C3.3
D1.1
D1.2
Room
MB 206
MB 315
MF 102
MB 306
Chairperson
Claudia Cancellieri
Andreas Killinger
Laurent Babout
Maria Varela
8:30
Highlight
Freestanding and single crystalline
FeSi3 nanowhiskers formed by
interface diffusion
Gunther Richter (Max Planck Institute
for Intelligent Systems)
Highlight
Low-damage and sustainable coatings
for oxide electronics
Pedro Barquinha (CENIMAT|I3N)
8:50
Oral
Atomistic modelling of pre-melting in
the Cu/W system
Miroslaw Kozlowski (EMPA) Jolanta
Janczak-Rush, Lars Jeurgens, Rafal
Kozubski, Daniele Passerone, Carlo
Pignedoli, Daniele Scopece
Oral
Static and dynamic flash lamp
annealing of room temperature
deposited transparent conductive
oxide films on flexible glass
Stephanie Weller (Fraunhofer Institute
for Organic Electronics, Electron Beam
and Plasma Technology FEP) Thoralf
Gebel, Manuela Junghähnel, Torsten
Kopte, Jasper Westphalen
9:10
Oral
Numerical and experimental ongoing
on III-V/Si high-efficiency tandem
solar cell
L. Pedesseau (FOTON-INSA RENNES)
S. Almosni, C. Cornet, M. Da Silva, O.
Durand, J. Even, J.-M. Guillemoles, A.
Letoublon, C. Levallois, L. Lombez, P.
Rale, A. Rolland, S. Wang
9:30
Oral
Modelling of Biological Membranes
Jerzy Janusz Jasielec (AGH University
of Science and Technology)Robert
Filipek, Andrzej Lewenstam, Krzysztof
Szyszkiewicz-Warzecha
9:50
10:10
Invited/Keynote
Applications of Advanced Electron
Diffraction Techniques in Single
Crystal Superalloy Research
Erdmann Spiecker (Universität
Erlangen-Nürnberg)
Invited/Keynote
Structural defects and local
interfacial chemistry of complex oxide
heterointerfaces grown by PLD and
MBE
Peter A. van Aken (Max Planck
Institute for Solid State Research)
Oral
Nanocrystalline diamond ultra-thin
films on microstructured templates for
MEMS applications
Dimitre Iankov (IMTEK, University of
Freiburg, Freiburg, Germany)
Highlight
Crystal Orientation Mapping using ion
image series: iCHORD
Cyril Langlois (University of Lyon
- INSA de Lyon - CNRS) Nicholas
Blanchard, Armel Descamps-Mandine,
Thierry Douillard, Thierry Epicier,
Christophe Rigotti, Bertrand Van de
Moortèle, Hui Yuan
Highlight
Atomic-scale Dual-EELS / EDX
Spectroscopy Applied to Rare-earth
Oxide Superlattices
Paolo Longo (Gatan) Robert Klie, Eiji
Okunishi, Patrick Phillips, Phil Rice,
Teya Topuria
Oral
Hybrid coatings on graphite substrate
Paulina Zawadzka (AGH) Marek
Poręba, Maria Richert, Jan Sieniawski
Oral
TEM-based orientation mapping of
competitive grain growth in ZnO films
Arthur Aebersold (CIME / EPFL)
Duncan Alexander, Christophe Ballif,
Lorenzo Fanni, Cécile Hébert, Aicha
Hessler-Wyser, Sylvain Nicolay
Oral
Atomic resolution studies of
epitaxial strain release mechanisms
in La0.67Ca0.33MnO3 /
La1.85Sr0.15CuO4 superlattices
Neven Biskup (Centro Nacional de
Microscopia Electronica)
Oral
Influence of polymers properties
and melt spinning process on
bicomponent fibers morphologiesStudy of interfaces
Esma Ayad (ENSAIT/CETI) Christine
Campagne, Aurélie Cayla, Eric Devaux,
Anne Gonthier, Thierry LeBlan,
François Rault
Oral
Hierarchical Microstructure Of Ferritic
Superalloys
Christian Liebscher (Max-Planck
Institut für Eisenforschung GmbH)
Mark Asta, Ulrich Dahmen, Gautam
Ghosh, Velimir Radmilovic
Invited/Keynote
Atomic resolution studies of interfaces
in oxide thin films and superlattices by
STEM-EELS
Alexandre Gloter (CNRS - Univ Paris
Sud)
Oral
Facile Surface Tailoring of
Nanoparticles via a Two-step
Modification Approach for Enhanced
Nanocomposites
Alexander Kockmann
(TU Braunschweig) Georg Garnweitner
Oral
Effect Of Microstructure And
Residual Stresses, Generated From
Different Annealing And Deformation
Processes, On The Corrosion And
Mechanical Properties Of Gold
Welding Alloy Wires
Claudio Cason (University of Padua)
Marco Breda, Manuele Dabalà, Luca
Pezzato
Oral Sessions
Symposium
D2.3
E3.1
E4.1
Room
MB 144
MF 103
Chairperson
Akinobu Shibata
Michal Basista
Luc Vandeperre
Invited/Keynote
Mechanical response of hybrid foams
at high strain rates – a survey
Jörg Hohe (Fraunhofer IWM) Carla
Beckmann, Wolfgang Böhme, Jörg
Lienhard
Invited/Keynote
Use and degradation of magnesiachromite refractories in the linings of
secondary copper smelters
Annelies Malfliet (KU Leuven - dept. of
Materials Engineering) Bart Blanpain,
Liugang Chen, Muxing Guo
8:30
Highlight
Hydrogen-induced strain localization
in oxygen-free copper at the initial
stages of plastic deformation
Yuriyy Yagodzinskyy (Aalto University
School of Engineering)
8:50
Oral
Hydrogen-enhanced generation of
‘free volume’ in the course of plastic
deformation of Ni-201
Marta BotanaHannu Hänninen,
Zachary Harris, Esa Korhonen,
Samantha Lawrence, Brian Somerday,
Filip Tuomisto, Yuriy Yagodzinskyy
9:10
Oral
Influence of stress concentration
on the hydrogen embrittlement
susceptibility of a X70 weld simulated
coarse grained heat affected zone
Antonio Alvaro (SINTEF Materials and
Chemistry) Bård Nyhus, Vigdis Olden
Oral
Low density woven micro-lattice
structures for increased permeability
and damping
Stefan Szyniszewski (University of
Surrey) James K Guest, Kevin Hemker,
Stephen Ryan, Tim Weihs
Oral
Preparation And Characterization
Of Thermomechanical Properties Of
Aluminum Titanate (TIAL2O5).
Daniel Ohin (SPCTS) Thierry CHotard,
Marc Huger, Nicolas Pradeilles
9:30
Oral
Hydrogen-barrier mechanism of a
newly-developed aluminum-based
coating in high-pressure gaseous
hydrogen
Junichiro Yamabe (Kyushu University)
Tohru Awane, Saburo Matsuoka
Oral
A probabilistic constitutive law
describing the material properties of
closed-cell foam
Carla Beckmann (Fraunhofer IWM)
Jörg Hohe
Oral
Multilayered high-temperature
composites for radiatively-cooled
small rocket combustion chambers
George Vekinis (NCSR „Demokritos”)
Amalia Marinou, Galina Xanthopoulou
9:50
Oral
A Coupled Phase-field Crystal
Plasticity Model for Hydrogen
Enhanced Damage
Pratheek Shanthraj (Max-PlanckInstitut für Eisenforschung) Dierk
Raabe, Franz Roters
Oral
The magic of dynamically crosslinked
polymer networks: self-healing,
reprocessability, network blending
and more
Ibon Odriozola (IK4-CIDETEC)
Oral
Solution-based synthesis of HfB2/SiC
composite powder from an organicinorganic hybrid precursor
Niranjan Patra (Imperial College
London) Daniel Doni Jayaseelan,
William Edward Lee
10:10
89
Oral Sessions
Symposium
A1.1
A2.1
B1.1
B1.2
Room
MB 231
MB 219
MB 208
MB 134
Chairperson
Albert Tarancón
Wlodek Strupinski
Dietmar Letzig
Carlos Capdevila
Oral
Mechanical and tribological properties
of spark plasma sintered 3Y-TZP
and 3Y-TZP reinforced MWCNTs
composites
Latifa Melk (Universitat Politecnica de
Catalunya (UPC) & Lulea University
of Technology (LTU) Marc Anglada,
Marta-Lena Antti
Oral
Precipitation phenomena in
ultrafine grained Al-Mg-Si alloy with
heterogenous microstructure
Witold Chrominski (Warsaw University
Science and Engineering)
Highlight
Transmission Electron Microscopy
study of the deformation
microstructures developed in a 14Cr
ODS alloy
Elvira Onorbe (CIEMAT) Mercedes
Hernández-Mayoral, Marta Serrano
Oral
Raman spectroscopy in evaluation of
graphene anti-corrosion properties.
Paweł Ciepielewski (ITME)
Oral
Influence of deep cryogenic treatment
prior aging on the microstructure and
mechanical properties in HPDC AZ91
magnesium alloys
Mónica Preciado (University of Burgos)
Oral
Coexisting alpha’-beta’ nanoscale
precipitation in an Fe-Cr-Al-Ti alloy
Carlos Capdevila (CENIM-CSIC)
11:00
Invited/Keynote
Lévy superdiffusion of heat in
nanostructured thermoelectric
materials
Ali Shakouri (Purdue University)
11:20
11:40
Oral
2D and 3D Hybrid perovskites from a
solid state physics perspective
RENNES) Jacky Even, Claudine Katan,
Mikael Kepenekian, Daniel Sapori
Oral
Improving corrosion resistance of
titanium alloy (Ti6Al4V) with graphene
layer
Michał Świniarski (Faculty of Physics,
Oral
Anomalous high temperature
strengthening of Mg-RE alloys
Paloma Hidalgo-Manrique (IMDEA
Materials Institute) Fernando Carreño,
Dietmar Letzig, María Teresa PérezPrado
Oral
Investigation of the ageing effects
in high Cr-content oxide dispersion
strengthened steels
Zoltán Száraz (JRC – Institute for
Energy and Transport) Peter Hähner
12:00
Oral
Carbon nanotube/inorganic hybrids for
energy harvesting
Juan Vilatela (IMDEA Materials)
Alfonso Monreal
Oral
Surface modified ceramic particles
with Carbon and Silica based
materials under microwave radiation
Virginia Gomez (Energy Safety
Research Institute (ESRI),Swansea
University) Andrew Barron, Charles
Dunnill
Oral
Optimising yield strength in Mg alloys
Enrique Galindo-Nava (University of
Cambridge) Pedro Rivera-Diaz-delCastillo, Isaac Toda-Caraballo
Oral
Alloys by design - A ‘materials
genome’ approach to high strength
creep resistant steels
Qi Lu (Delft Univesity of Technology)
Sybrand van der Zwaag, Wei Xu
12:20
Oral
Emulsion templated macroporous
polymers as spacer / spring elements
for energy harvesting devices
Angelika Menner (University Vienna)
Alexander Bismarck, Qixiang Jiang
Oral
The influence of hot-pressing process
on thermal diffusivity of ceramicgraphene composites
Paweł Rutkowski (AGH University
of Science and Technology, Faculty
of Material Science and Ceramics)
Agnieszka Gubernat, Dariusz Kata,
Jerzy Lis, Ludosław Stobierski
Oral
How do twinning and slip compete in
polycrystalline magnesium?
Maria Teresa Perez-Prado (IMDEA
Materials Institute) Carmen Maria
Cepeda-Jimenez, Jon Mikel MolinaAldareguia
Oral
Experimental and computational
analysis of abnormal grain growth
Isaac Toda-Caraballo (Department
of Materials Science and Metallurgy,
University of Cambridge) Carlos
Capdevila, Gemma Pimentel
Highlight
Plasticity mechanisms in Mg alloys
with long period stacking ordered
phases
Stefanie Sandlöbes (Max-PlanckInstitut für Eisenforschung) Jinkyung
Kim, Xiuliang Ma, Dierk Raabe,
Xiaohong Shao, Huajie Yang
12:40
90
Oral Sessions
Symposium
B2.3
B3.2
C1.1
C2.3
Room
PF 113
MB 309
MF 107
MB 206
Chairperson
Mike Pomeroy
Karl Kainer
Ludovic Thilly
Natalia Sobczak
11:00
Invited/Keynote
Ceramic matrix nanocomposites with
carbon based fillers
Jan Dusza (IMR SAS)
Oral
Liquid metallurgy Fe – TiB2 based
composites: Alloy and processing
design of high modulus steels
Hauke Springer (Max-Planck-Institut
für Eisenforschung GmbH)
Highlight
Materials science and engineering
analysis of low temperature ECAP of a
high-strength AA7075 aluminum alloy
Markus Härtel (TU Chemnitz)
Invited/Keynote
Critical Issues for Producing UHTC
Brazed Joints: Wetting and Reactivity
Alberto Passerone (CNR-IENI) Sofia
Gambaro, Maria Luigia Muolo, Fabrizio
Valenza
Oral
properties of Titanium Matrix
Composites obtained using a
combination of SHS and SPS
Miguel Lagos (Tecnalia)
Oral
Continuous High Pressure Torsion as
a new Severe Plastic Deformation
Method
Roman Kulagin (Institute of
Nanotechnology (INT), Karlsruhe
Institute of Technology (KIT) Brigitte
Baretzky, Yan Beygelzimer, Yuri Estrin,
Horst Hahn, Yuliia Ivanisenko
11:20
11:40
Oral
Microstructure and Tribocorrosion
Properties of Titanium Matrix
Nanocomposites Manufactured by
Two Sintering Methods SLM&SPS
Anna Biedunkiewicz (West
Pomeranian University of Technology)
Witold Biedunkiewicz, Pawel Figiel,
Dariusz Garbiec, Dariusz Grzesiak
Oral
Effect of microstructural features on
hardness of local TiC-Fe/Fe composite
reinforcement produced in situ in
castings with the use of SHS reaction
moderator
Ewa Olejnik (AGH University of
Science and Technology) Beata
Grabowska, Andrzej Janas, Łukasz
Szymański, Tomasz Tokarski
Highlight
The potential for grain refinement by
Equal Channel Angular Swaging with
respect to Equal Channel Angular
Pressing
Enrico Bruder (TU Darmstadt) Thorsten
Gröb, Peter Groche, Rimma Lapovok,
Clemens Müller, Lennart Wiessner
Oral
Wetting and interfacial chemistry of
Sn-Zn-Ga alloys with Cu substrate
Przemysław Fima (Institute of
Metallurgy an Materials Science PAS)
Tomasz Gancarz, Michał Muszyński
12:00
Highlight
Liquid phase sintered alumina - nano
SiC composites: creep and wear
resistance
Michael Pomeroy (MSSI, University of
Limerick)
Oral
Production of innovative iron-based
liquid-metallurgy MMCs utilizing
in-situ oxidation
Christian Baron (Max-Planck-Institut
Oral
Ultrafine- grained copper chromium
zirconium alloy for spot welding
electrodes processed by complex
thermo-mechanical treatment
Mariusz Kulczyk (Institute of High
Pressure Physics of the Polish
Academy of Sciences)
Oral
Wetting of CVD-SiC by Ta alloys: the
role of the testing procedureFabrizio
Valenza (CNR - IENI National Research
Council - Institute for Energetics and
Interphases)
Sofia Gambaro, Maria Luigia Muolo,
Alberto Passerone, Mike J Reece,
Theo Saunders, Peter Tatarko
12:20
Highlight
Polymer-Derived (Carbo) Nitride
Nanocomposites
Samuel Bernard (University of
Montpellier)
Oral
Formation of Fe-TiB2 composites
through crystallization of their
amorphous precursors
Rosaura Aparicio-Fernández (MaxPlanck-Institut für Eisenforschung
GmbH) M. Jazmin Duarte, Aleksander
Kostka, Dierk Raabe, Hauke Springer
Oral
Magnetic Hardening by Equal-Channel
Angular Pressing and Rotary Swaging
Thorsten Gröb (Physical Metallurgy
- TU Darmstadt) Enrico Bruder, Peter
Groche, Rimma Lapovok, Clemens
Müller, Lennart Wiessner
Oral
High temperature wetting phenomena
between molten brazing liquids
and multicomponent (dual-phase)
structural steels
Zoltán Weltsch (Kecskemét College)
Oral
of high velocity oxy-fluel thermal
sprayed (Cr3C2-NiCr+Ni) composite
coating
Marzanna Ksiazek (Foundry Research
Institute) Lukasz Boron, Anna
Pawlinska, Maria Richert, Adam
Tchorz
Highlight
Grain refinement in technically pure
aluminium plates using incremental
ECAP processing
Malgorzata Lewandowska (Faculty of
Witold Chrominski, Lech Olejnik,
Andrzej Rosochowski
Oral
Fabrication of an ultrafine grained
lightweight steel using electricthermomechanical processing
Dagmara Fronczek (Institute of
Metallurgy and Materials Science,
Chulist, Anna Korneva, Lidia LitynskaDobrzynska, Zygmut Szulc, Joanna
Wojewoda-Budka, Pawel Zieba
12:40
91
Oral Sessions
92
Symposium
C3.3
D1.1
D1.2
D2.3
Room
MB 315
MF 102
MB 306
Chairperson
Jörg Oberste Berghaus
Erdmann Spiecker
Maria Varela
Samantha Lawrence
11:00
Oral
Nanostructured boron and titanium
containing PECVD coating systems for
hot forming applications
Hanno Paschke
Highlight
The Atomic Structure of Nano-Objects:
What X-Rays Can Tell
Andreas Stierle (DESY NanoLab and
University of Hamburg)
11:20
Oral
Microstructure and properties of
chromium-nitrogen layer produced
on nickel superalloy Inconel 740H by
PACVD method
Ryszard Sitek (Warsaw University of
Technology) Dominik Kukla, Krzysztof
Jan Kurzydlowski, Jaroslaw Mizera,
Joanna Zdunek
Oral
Evaluation of local stress and strain
states in a single crystal grain by
using collimated x-rays and two
dimensional x-ray detector
Muneyuki Imafuku (Tokyo City
University) Shinki Tsubaki
11:40
Oral
Grain size control of cathodic arc
evaporated (Ti,Al) N coatings with high
aluminium content
Ana Beatriz Broering Chaar (Linköping
University) Mats Johansson-Jõesaar,
Lars Johnson, Magnus Odén, Marta
Saraiva, Jianqiang Zhu
12:00
Invited/Keynote
Towards measurement of magnetic
properties of single atomic columns
Jan Rusz (Uppsala University)
Alexander Edström, Juan-Carlos
Idrobo, Darius Pohl, Bernd
Rellinghaus, Sebastian Schneider,
Jakob Spiegelberg
Invited/Keynote
Chemomechanical effects on the
separation of lattice planes of a crystal
or separation of adjacent crystals at
an interfaces occurring during fracture
Reiner Kirchheim (University of
Goettingen)
Oral
Non-destructive studies of dissimilar
meatal welds by energy resolved
neutron imaging
Anton Tremsin (University of California
at Berkeley) Supriyo Ganguly, Sonia
Martins, Goncalo Pardal, Takenao
Shinohara
Oral
Origin of Strain-induced
ferromagnetism in domain walls of
multiferroic TbMnO3 thin films
Roger Guzman (Instituto de
Nanociencia de Aragón, Universidad
de Zaragoza) Saeedeh Farokhipoor,
Jorge Íñiguez, Cesar Magén, Beatriz
Noheda, María Varela
Oral
Hydrogen-related fracture behavior in
martensitic steel analyzed by FRASTA
method
Akinobu Shibata (Kyoto University)
Takahiro Matsuoka, Nobuhiro Tsuji,
Akira Ueno
Oral
properties of the Me/MeN coatings
obtained by vacuum arc method
Piotr Wieciński (Warsaw University
Science and Engineering) Jan
Bonarski, Halina Garbacz, Jerzy
Smolik
Oral
Direct comparison of Diffraction
Contrast Tomography and High Energy
Diffraction Microscopy for grain
mapping of polycrystals
Loïc Renversade (Ecole des Mines
de Saint-Etienne) Andras Borbely,
Wolfgang Ludwig, Romain Quey,
Robert M. Suter
Oral
Role of electron spectroscopy analysis
with a TEM for the characterization of
core/shell nanoparticles.
Manuel A. Roldan (KAUST) Dalaver H.
Anjum, Rachid Sougrat
Oral
Hydrogen embrittlement and hydrogen
diffusion characteristics in the TRIP
C-Mn-Si-P steel
Jaroslav Sojka (VŠB - Technical
University of Ostrava, Faculty of
Metallurgy and Materials Engineering)
12:20
Oral
High resolution characterisation of
novel catalytic nanoparticles
Qifeng Yang (University of Oxford)
Highlight
EELS studies of magnetism in oxide
nanostructures
Jaume Gazquez (ICMAB-CSIC)
X. Batlle, A. Carreter-Genebrier,
M. Gich, A. Labarta, S. T. Pantellides,
S. J. Pennycook, N. Perez,
J. Salafranca, M. Varela
Oral
Size Effect on Evaluation of Detrapping
Rate Constants for Hydrogen in
Thermal Desorption Analysis of Ferritic
Steels
Ken-ichi Ebihara (Japan Atomic
Energy Agency) Hideo Kaburaki,
Kenichi Takai
12:40
Oral
Utilization of magnetic information for
early damage detection in structural
steels - Opportunities and obstacles
Nadja Sonntag (BAM Federal Insitute
Oral
Infrared phonon response of
magnetodielectric La2CoMnO6
ceramicsR
oberto Moreira (Universidade Federal
de Minas Gerais)
Oral Sessions
Symposium
D3.2
E3.1
E4.1
F2.1
Room
MB 437A
MB 144
MF 103
MB 226
Chairperson
Christophe Martin
Jörg Hohe
Luc Vandeperre
Aldo R. Boccaccini
11:00
Invited/Keynote
3D Full field modeling, in a level set
framework of grain growth and Zener
pinning phenomenon
Marc Bernacki (Mines ParisTech)
Benjamin Scholtes
Oral
Chromium-rhenium-alumina
composites for powertrain application:
Processing route, microstructure,
properties and numerical modelling
Michal Basista (IPPT PAN)
Highlight
Tensile testing study of a refractory
high entropy alloy
Jean-Philippe Couzinie (ICMPE CNRS/UPEC) Guy Dirras, Ivan Guillot,
Lola Lilensten, Loïc Perriere
Oral
Strontium-containing hydroxyapatite
injectable materials with improved
osteogenic differentiation of
periodontal ligament cells for
periodontal tissue engineering
Maria Grazia Raucci (Institute
of Polymers, Composites and
Biomaterials (IPCB-CNR) Marco
Antonio Alvarez-Perez, Luigi Ambrosio,
Daniela Giugliano
Oral
Influence of equiaxed gamma phase
with fully lamellar structure on crack
propagation at high temperature
Yoshihiko Koyanagi (Daido Steel Co.,
Ltd.) Paul Bowen, Michael Sweeney,
Hiroyuki Takabayashi
Oral
Solid-solution hardening: where is the
limit between high entropy alloys and
conventional alloys?
Jean-Philippe Couzinié (ICMPE CNRS/UPEC) Yannick Champion,
Mathilde Laurent-Brocq, Eric Leroy,
Loïc Perrière, Rémy Pirès
Oral
ALP functionalization of boroncontaining silicate, borosilicate and
borate bioactive glass scaffolds
Aldo Boccaccini (University of
Erlangen-Nuremberg)
11:20
11:40
Oral
Recent advances in the full field
modeling of recrystallization and grain
growth using the level set approach
Benjamin Scholtes (Mines-ParisTech)
Marc Bernacki, Amico Settefrati
Oral
Strain-Based Failure Criterion for
On-Site Risk Evaluation of Pressure
Vessels
Daniel Seemann (BAM Federal
Institute for Materials Research and
Testing) Rainer Falkenberg
Oral
Super-elastic behavior in a refractory
high-entropy alloy
Lola Lilensten (ICMPE - UMR7182
CNRS/UPEC) Jean-Philippe Couzinié,
Guy Dirras, Ivan Guillot, Loïc Perrière
Highlight
Hybridization of spider silk and DNA
as a basis for hierarchicaly structured
materials
Martin Humenik (University Bayreuth)
Thomas Scheibel
12:00
Oral
Investigation of a possible mechanism
for the formation of reverted austenite
in 13-8 PH steel
Georg Stechauner (Materials Center
Leoben Forschung GmbH)
Oral
single crystalline Ni-Mn-Sn Heusler
alloy
Paweł Czaja (Institute of Metallurgy
and Materials Science)
Oral
Development of niobium based
intermetallic alloys doped with silicon
for low pressure turbine applications.
Laurence Sikorav (ONERA: the French
aerospace lab) Anne Denquin,
Zhao Huvelin, Philippe Vermaut
Oral
Composite implants for the
regeneration of critical-sized defects
in sheep mandible
Barbara Ostrowska (Warsaw University
of Technology)
12:20
Highlight
Texture evolution in deformed AZ31
magnesium sheets: experiments and
phase-field study
Reza Darvish Kamachali (ICAMS /
RUB) Se Jong Kim, Ingo Steinbach
Oral
Study on carbide dissolution and
precipitation behavior and its
influences on mechanical properties
in Hastelloy X with different solution
heat treatment
Joong Eun Jung (Korea Institute of
Materials Science (KIMS)
Oral
Mechanical and tribological
characteristics of tungsten alloys
Elena Tejado (Universidad Politécnica
de Madrid) José Ygnacio Pastor
Oral
In vitro evaluation of the of the blood
contacting materials dedicated to cell
differentiation in aspect of the blood
clotting cascade inhibition
Klaudia Trembecka-Wójciga (Institute
Polish Academy of Sciences, Poland)
Juergen Markus Lackner, Roman
Major, Hanna Plutecka
12:40
Oral
Quantitative description of spinodal
decomposition in Ti-Al-N coatings:
phase-field modeling supported by
key experiments
Jingjing Zhou (Central South
University) Li Chen, Yong Du,
Lijun Zhang
93
Oral Sessions
Symposium
F3.1
Room
MB 213
Chairperson
Steve Franklin
11:00
Invited/Keynote
Artificial cilia: biomimetic microfluidic
flow manipulation
Jaap den Toonder (Eindhoven
11:20
94
11:40
Highlight
From Chips for the Living to Living
Chips
Ronald Dekker (Philips Research /
Delft University of Technology)
12:00
Oral
Feasibility Assessment of Concepts for
a Controllable Stiffness Catheter
Oliver Burke (University of Sheffield)
12:20
Highlight
Turning Titanium into an organ: The
Journey of ENTegral Artificial Larynx
System
Nihal Engin Vrana (Protip Medical)
12:40
Oral Sessions
Wednesday 23 September 2015 /PM1
Symposium
A1.1
A2.1
B1.1
B1.2
Room
MB 231
MB 219
MB 208
MB 134
Chairperson
Albert Tarancón
Robert Young
Chamini Mendis
Illana Timokhina
14:30
Highlight
Breaking crystal symmetry – energy
conversion with functional oxide films
and nanostructures
Steve Dunn (QMUL)
Invited/Keynote
High Performance Fibre Reinforced
Nanocomposites: Creating hierarchical
structures in composites
Alexander Bismarck (University of
Vienna)
Oral
Solid solution strengthening
of hexagonal Ti - atomic scale
investigation
Piotr Kwasniak (Warsaw University of
Technoloyg)
Highlight
Impact of Niobium micro-alloying
on the 304L stainless steel
recrystallization in forged parts
Aurore Mascaro (AREVA) Isabelle
Bobin-Vastra, Benjamin Martin,
François Roch
Highlight
Combining Deformation with Additive
Manufacture of Ti-6Al-4V for β Grain
Structure and Texture Control
Phil Prangnell (Manchester University)
Paul Colgrove, Jack Donoghue, Filo
Martina, Stewart Williams
Oral
Nano-phase transformation of pearlite
under applied electric and thermal
field
Yongkun Luo (Imperial College
London) Rongshan Qin
14:50
15:10
Oral
Experimental and theoretical study of
CH3NH3PbI3 degradation under air or
vacuum condition
Emanuele Smecca (IMM-CNR)
Alessandra Alberti, Ioannis Deretzis,
FIlippo Giannazzo, Antonino La Magna,
Giovanni Mannino, Tsutomu Miyasaka,
Giovanna Pellegrino, N Sakai
Oral
Composites with a graphene
continuous network as a strategy to
improve the thermal conductivity of
polymers
Federico Conrado (Politecnico di
Torino) Marta Cerruti, Samuele
Colonna, Luca Lavagna, Matteo
Pavese, Marco Sangermano
Oral
Influence of tin additions on the TRIPTWIP effects in Ti-Mo beta-metastable
alloys
Philippe Vermaut (IRCP Chimie
ParisTech - UPMC) Mustafa Babanly,
Cedrik Brozek, Vusal Huseynov,
Frédéric Prima, Fan Sun
Oral
White etching layer - extreme
properties of steel in micro-scale
Janusz Krawczyk (AGH University of
Science and Technology)
15:30
Oral
Fast synthesis and sintering of Zn
and Ni substituted tetrahedrite for
thermoelectric applications
Stefania Fiameni (National Research
Council of Italy)
Oral
All-solid state planar pseudocapacitor
based on CNT-nickel oxide composite
for MEMS and NEMS
Egor Lebedev (MIET) Ilya Gavrilin,
Dmitry Gromov, Evgeniy Kitsyuk,
Alexander Pavlov
Highlight
The effect of peritectic solidification
on the columnar-to-equiaxed
transition in gamma TiAl alloys
Nicole Reilly (Institut Jean Lamour)
Oral
Intelligent tool design taking die
material as a variable
Anwar Hamasaiid (Rovalma, S.A)
Casimir Casas, Isaac Valls
15:50
Oral
Deposition OF TiO2 Microflowers by
Aerosol Assisted MOCVD
Sayari Biswas (Grenoble INP)
Oral
Electrical Stability of Encapsulated
Graphene on Dielectric Substrates
Tymoteusz Ciuk (Institute of Electronic
Materials Technology) Wlodek
Strupinski
Oral
Designing and Processing Ultra-Light
Functionally Structured Metallic
Foams
Mohammed Shbeh (University of
Sheffield, University of Technology)
Russell Goodall
16:10
Highlight
Multi-scale analysis of single-wall
carbon nanotube networks in
electrically conductive composites
Oana Andreea Barsan (Eindhoven
95
Oral Sessions
96
Symposium
B2.3
B3.2
C1.1
C2.3
Room
PF 113
MB 309
MF 107
MB 206
Chairperson
Mike Pomeroy
Anna Dolata
Eberhard Kerscher
Przemysław Fima
14:30
Highlight
Towards a virtual material approach
for ceramic-matrix composites
Guillaume Couégnat (LCTS)
Oral
Hybrid Nanometalic/Carbon Materials
Prepared with Metal Ions Recovered
from Mining Waste Water
Suzana Gotovac Atlagić (Public Health
Institute Banja Luka) Marko Čađo,
Yoshiyuki Hattori, Katsumi Kaneko,
Radovan Kukobat, Kento Sagisaka,
Dragana Stević
14:50
Oral
Conception, manufacturing and
characterization of SiC/SiC claddings
Patrick David (CEA) Joelle Blein,
Yannick Pierre, Denis Rochais
Oral
Sn-TiO2 Composite Coating for
Internal Combustion Engine Bearing
Applications
Rolandas Verbickas (Daido Metal Co.,
Ltd) Ian Kerr, Ignacio Tudela, Yi Zhang
15:10
Oral
Reactive silicon infiltration of carbonbased preforms embedded in powder
field modifiers heated by microwaves
Giulio Scocchi (SUPSI) Giuseppe
Annino, Giovanni Bianchi, Sandro
Gianella, Marcel Mallah, Marco
Nagliati, Marco Orlandi, Alberto
Ortona, Massimiliano Valle, Paolo
Vavassori, Brais Vila
Oral
Wear behavior of Aluminum Matrix
Composites by DMLS reinforced with
micro- and nano-TiB2
Massimo Lorusso (Center for Space
Human Robotics@Polito, Istituto
Italiano di Tecnologia) Elisa Paola
Ambrosio, Flaviana Calignano,
Paolo Fino, Diego Manfredi, Jukka
Pakkanen, Matteo Pavese, Francesco
Trevisan, Daniele Ugues
Oral
Pseudopartial grain boundary wetting
Boris Straumal (Institute of Solid
State Physics, Russian Academy
of Sciences) Brigitte Baretzky, Igor
Konyashin, Andrei Mazilkin, Xavier
Sauvage
15:30
Oral
Synthesis and mechanical properties
of SiC/CoSi2 composite materials
Javier Narciso (Alicante University)
Mario Caccia
Oral
Wear resistance of aluminum matrix
composites reinforced with Al2O3
particles after multiple remelting
Krystyna Pietrzak (Motor Transport
Institute) Adam Klasik, Katarzyna
Makowska, Dariusz Rudnik, Jerzy
Sobczak
Oral
Wetting and interfacial chemistry of
AlZn-Na alloys with Cu substrate
Tomasz Gancarz (Institute of
Polish Academy of Sciences)
Katarzyna Berent, Michał Muszyński,
Janusz Pstruś
15:50
Oral
Outstanding Improvement of The High
Temperature Oxidation Resistance of
Cermets Based On (TI,TA) (C,N)
Ernesto Chicardi (Materials Science
Institute of Seville) Jose Manuel
Cordoba, Francisco Jose Gotor
Oral
Multiscale mechanical study of Al/wAl7Cu2Fe composite synthetized by
spark plasma sintering
Aurélie Joseph (INSTITUT P’ – CNRS,
Université de Poitiers, SP2MI)
Oral
Joining of metal matrix composites technological aspects
Katarzyna Pietrzak (Institute of
Electronic Materials Technology)
16:10
Oral
Densification of SiC/SiC composites
by molten silicon infiltration
Alexandre Marchais (LCTS)
Oral
The measurement of the adhesion
force between ceramic particles and
metal matrix in ceramic reinforcedmetal matrix composites
Dariusz Jarząbek (Institute of
Fundamental Technological Research)
Marcin Chmielewski, Tomasz
Wojciechowski
Oral
Wettability and reactivity of liquid
Al-Ni alloys with polycrystalline ZrB2
substrate.
Rafał Nowak (Foundry Research
Institute) Grzegorz Bruzda, Marta
Homa, Lucyna Jaworska, Ivan Kaban,
Lidia Lityńska-Dobrzyńska, Joanna
Wojewoda-Budka, Lixia Xi
Oral
Carbide precipitation behavior of
nanocrystalline Hadfield steel
X.Y. Feng (State Key Laboratory of
Metastable Materials Science and
Technology, Yanshan University)
C. Chen, F.C. Zhang
Oral
Influence of temperature and wetting
angle on capillarity in pressure
infiltration
Gionata Schneider (EPFL) William
Craig Carter, Alain Leger, José-Miguel
Molina-Jorde, Andreas Mortensen,
Ludger Weber
Oral
Effect of ultrasonic vibration on
contact angle of various liquids on
PTFE
Takuya Urai (Joining and Welding
Research Institute, Osaka University)
Hidetoshi Fujii, Masatoshi Kamai,
Chitoshi Masuda
Oral Sessions
Symposium
C3.3
C4.2
D1.2
D2.3
Room
MB 315
MB 144
MB 306
Chairperson
George Kiriakidis
Mateo Paverse
Jaume Gazquez
Amaud Macadre
14:30
Highlight
The tribological performance of
WSC influence of the test conditions:
towards frictionless behaviour.
Manuel Evaristo (University of
Coimbra) Albano Cavaleiro
Oral
Additive manufacturing of medical
implant structures via fused deposition
modeling
Michael Müller (TU Dresden, Institute
of Lightweight Engineering and
Polymer Technology) Marcel Albert,
Niels Modler, Christian Vogel
Invited/Keynote
Spectral Electron Tomography: From
Qualitative to Quantitative
Sara Bals (EMAT-University of
Antwerp) Thomas Altantzis, Bert
Freitag, Bart Goris, Stuart Turner,
Gustaaf Van Tendeloo, Daniele Zanaga
Highlight
Electrochemical hydrogen permeation
tests under conventional potentiostatic
hydrogen charging conditions for
hydrogen embrittlement study
Eiji Akiyama (national Institute for
Materials Science) Songjie Li
14:50
Oral
The weld overlays of Inconel 625 and
686 deposited by CMT technique on
pipes and panel walls of the waste
incineration boilers
Jan Kusinski (AGH University of
Sciences and Technology)
Oral
Selective laser melting of TiC/H13
steel bulk nanocomposites: Influence
of nanoscale reinforcement
Bandar AlMangour (University of
California-Los Angeles) Dariusz
Grzesiak, Jenn-Ming Yang
15:10
Oral
Tribochemistry of Bismuth Metal and
Bismuth Compounds
Pablo Gonzalez (University of Twente)
Oral
Comparison of the wear behaviour
of tool steels grades obtained from
conventional casting and direct energy
deposition
Neda Hashemi (University of Liege
(ULg)
Oral
Size and shape dependence
of plasmon resonances of Ag
nanotriangles studied with the
boundary element method (BEM) and
electron energy-loss spectroscopy
(EELS)
Vicki Keast (The University of
Newcastle)
Oral
SCC of wrought magnesium
alloys: Experimental study and
microstructural evaluation
Apostolos Chamos (University of
Patras) Gregory Haidemenopoulos,
Spiros Pantelakis, Anna Zervaki
15:30
Oral
The Effect of Deposition Parameters
on the Tribological Properties of
TiAlCrNbN Coatings
Tevfik Küçükömeroğlu (Karadeniz
Technical University) Özlem Baran,
Ahsan Efeoğlu, Levent Kara
Oral
Effect of Wave Pulse Time on PulseElectrodeposited Copper Films
Rúben Santos (CEMUC, Faculty of
Engineering of the University of Porto)
Filomena Viana
Oral
Plasmonic Studies of Different
Gold Nanostructures via EELS
measurements
Luc Henrard
Oral
The effect of microbial activity and
temperature on carbon steel corrosion
under geological conditions
Yassine El Mendili (Ecole des Mines
de Nantes) Abdesselam Abdelouas,
Abdelouahed Ait Chaou
15:50
Ora
lTribological properties of MoS2-Ti
coating sliding against to Al2O3, SiC
and WC counter bodies
Tevfik Küçükömeroğlu (Karadeniz
Technical University) Levent Kara
Oral
Fabrication and chemical treatment
of titanium scaffolds with gradient
pore size
Bartłomiej Wysocki (Warsaw University
Science and Engineering) Karolina
Strzelczyk, Wojciech Święszkowski
Highlight
Revolutionising spectroscopic
mapping with Dual EELS
Ian MacLaren (University of Glasgow)
Kirsty Annand, Joanna Bobynko, Alan
J. Craven, Mhairi Gass, Paul Thomas
Oral
Study on Hydrogen Compatibility in
Fatigue of Ultra-Fine Grain Austenitic
Stainless Steel
Masanobu Kubota (I2CNER ay Kyushu
University) Arnaud Macadre, Koichi
Mori
16:10
Oral
Fluidized-bed carburizing in
chemically active powders of C22
steel
Aleksander Ciski (Institute of Precision
Mechanics) Tomasz Babul, Konrad
Lankiewicz
Oral
Revealing the structural and chemical
properties of nanometer sized
semiconductor materials from lowloss EELS data
Alberto Eljarrat (Universitat de
Barcelona)
Oral
Correlation between localized
trapped hydrogen and mechanical
characteristics under load during
simulated corrosion
Sergiy Merzlikin (Max-Planck-Institute
fuer Eisenforschung)
97
Oral Sessions
Symposium
D3.2
E4.1
F2.1
F3.1
Room
MB 437A
MF 103
MB 226
MB 213
Chairperson
Ingo Steinbach
Ayan Bhmowmik
Elisabeth Engel
Steve Franklin
14:30
Oral
Phase-field study of the effect of
creep on the rafts formation in Nibase superalloy
Mohan Kumar Rajendran
(Interdisciplinary Centre for Advanced
Materials Simulation (ICAMS), Ruhr
University Bochum) Oleg Shchyglo,
Ingo Steinbach
Highlight
Effect of microstructure anisotropy on
the deformation of MAX polycrystals
studied by in-situ compression
combined with neutron diffraction
14:50
Oral
Analytical TEM of precipitates in an
ECAP-processed Al-Mg-Mn-Sc-Zr
alloy
Yulia Buranova (Institut für
Materialphysik, Westfälische
Wilhelms-Universität Münster) Xiaohui
Cai, Sergiy Divinski, Ankit Gupta,
Tilmann Hickel, Vladislav Kulitckii,
Anna Mogucheva, Harald Rösner,
Gerhard Wilde
Oral
Investigation of cyclic loading behavior
of Ti3SiC2 MAX phase
Ayan Bhowmik (Imperial College
London) Sophie Andrew, Finn Giuliani,
Yatish Patel
15:10
Oral
Modelling of bainitic transformation
using coupled crystal plasticity and
phase field method
Mingxuan Lin (Institut für
Eisenhüttenkunde der RWTH Aachen)
Ulrich Prahl
Oral
High temperature frictional properties
of MAX-phase and nitride coatings
Vlad Vishnyakov (University of
Hudderfield) Ben Beake, John
Colligon, Mike Davies, Adrian Harris,
Jim Smith
Oral
A new scaffold for regenerative
medicine: polysaccharide
nanofibers by electrospinning and
functionalization with exosomes
Gabriel Dostert (UMR 7365 IMoPA
CNRS-Université de Lorraine) Elmira
Arab-Tehrany, Franck Cleymand,
Solenne Fleutot, Patrick Menu, Emilie
Velot
Oral
Amphiphilic chitosan derivatives as
multifunctional coatings for catheters
Agata Niemczyk (West Pomeranian
Miroslawa El Fray, Steve E. Franklin
15:30
Highlight
3-Dimensional Numerical
Implementation of dislocation
evolution in micro-beams using
Continuum Dislocation Dynamics
Alireza Ebrahimi (Universität Bremen)
Thomas Hochrainer
Oral
(Ti,Cu)3(Al,Cu)C2/Cu composites
Véronique Gauthier-Brunet (Institut
PPRIME) Said Azem, Thierry Cabioch,
Sylvain Dubois, Anne Joulain, Vincent
Mauchamp, Xavier Milhet, Madjid
Nechiche
Oral
Towards PCL-based scaffolds with
tailorable degradation rate and highly
improved colonization by human bone
marrow stromal cells
Joanna Idaszek (Warsaw University of
Technology)
Oral
Hemocompatibility improvement
of polyelectrolyte multilayer films
by chemical cross-linking or SiC
nanoparticles introduction
Aldona Mzyk (Institute of Metallurgy
Academy of Sciences, Poland)
Juergen Markus Lackner, Bogusław
Major, Roman Major, Marek Sanak
15:50
Oral
Phase-field model of solid state
transformations with large
deformation and plastic activity
Oleg Shchyglo (ICAMS, RuhrUniversity Bochum, Germany) Efim
Borukhovich, Philipp Engels, Adam
Giessmann, Ingo Steinbach
Oral
Synthesis and stability of New MAX
Phases: Ti3InC2 and Ti3GaC2
Dylan Cuskelly (University of
Newcastle) Vicki Keast, Erich Kisi
Oral
Modular Cell Culture
Microenvironments by Ecm-Mimicking
Gelatin/Hyaluronic Acid Based
Substrates
Nihal Engin Vrana (Protip Medical)
Julien Barthes, Christian Debry,
Helena Knopf-Marques, Philippe
Lavalle, Hayriye Ozcelik, Pierre Schaaf,
Lucie Wolfova
Oral
Investigation of anisotropy and solid
solution effects in MAX phases
transport properties using ab initio
calculations.
Vincent Mauchamp (Pprime Institute
- CNRS, Poitiers University) Thierry
Cabioch, Sylvain Dubois, Veronique
Gauthier-Brunet, Loic Gence, Damien
Magne, Ayoub Nassour, Luc Piraux,
Wenbo Yu
16:10
98
Invited/Keynote
Insights into the Engineering of
Multiple Tissues Enabled by Novel
Nanofiber Scaffolds
Stoyan Smoukov (University of
Cambridge)
Highlight
Transradial access for cardiac
catheterization: new biomaterials
challenges
Peter Sobolewski (West Pomeranian
University of Technology, Szczecin)
Mirosława El Fray
Oral
UNITISS: A Catheter Design Platform
for Reduced Clinical Complications
Steve Franklin (Philips Group
Innovation) Jolanta Baranowska, Matt
Carré, Miroslawa El Fray, Roger Lewis,
Sheila MacNeil
99
100
Oral Sessions
Thursday 24 September 2015 /AM1
Symposium
A2.1
B2.3
C2.3
C3.3
Room
MB 219
PF 113
MB 206
MB 315
Chairperson
Juan Vilatela
Mike Pomeroy
Alexander Karantzalis
Ude Hangen
8:30
Highlight
Graphene doping as a function of
copper substrate separation: a firstprinciples study
Peter Brommer (University of Warwick)
Gavin Bell, Alexander Marsden, David
Quigley, Neil Wilson
Highlight
New approach to produce highly
dispersed graphene oxide-carbon
nanotube
Bahareh Yazdani (University of Exeter)
Yongde Xia, Yanqiu Zhu
8:50
Oral
Raman spectroscopy and contactless
transport in graphene functionalized
with NaCl nanoparticles
Aneta Drabinska (University of
Warsaw) Rafal Bozek, Maria
Kaminska, Ewelina Karpierz, Piotr
Kazmierczak, Aleksandra Krajewska,
Iwona Pasternak, Wlodek Strupinski,
Agnieszka Wolos, Andrzej Wysmolek
Oral
Sinterability improvement of ZrB2based ceramics fabricated by hot
pressing
Mahdi Ghassemi Kakroudi (University
of Tabriz) Mehdi Shahedi Asl
9:10
Invited/Keynote
Production of nanosheets by liquid
exfoliation: The route to applications
Jonathan N Coleman (School of
Physics and CRANN)
Oral
Influence of boron nitride nanofillers
on the sintering behaviour,
microstructural evolution and
mechanical properties of silicon nitride
composites
Monika Kašiarová (Institute of
Materials Research, Slovak Academy
of Sciences) Ivo Dlouhý, Zdeněk Chlup,
Michael Reece, Peter Tatarko
Oral
Wettability of graphene coated SiC
single crystal by liquid silver
Natalia Sobczak (Foundry Research
Institute)
Oral
Kinetic and mechanisms of alkali ions
migration from glass substrates to
silica thin films
Jean-Thomas Fonné (Saint-Gobain
Recherche - Surface du Verre et
Interfaces, UMR 125 CNRS/SaintGobain) Pauline Bouhier, Ekaterina
Burov, Raphaël Danguillaume,
Emmanuelle Gouillart, Hervé
Montigaud, Damien Vandembroucq
Oral
of spark plasma sintered 3Y-TZP
and 3Y-TZP reinforced MWCNTs
composites
Marc Anglada (Universitat Politècnica
de Catalunya) Marta-Lena Antti, Latifa
Melk
Oral
Wetting behavior of liquid copper on
graphene-coated SiC single crystal
substrate
Marta Homa (Foundry Research
Institute) Jerzy, Józef Sobczak, Natalia
Sobczak
Oral
Optimising DLC properties for
demanding applications: insights from
nano- and micro-mechanical analysis
Vlad Vishnyakov (University of
Huddersfield) Ben Beake, Mike Davies,
Tomasz Liskiewicz
9:30
Invited/Keynote
Wetting transparency of graphene.
Reality or fiction. Study of the gold/
graphene system
Mario Caccia, Donatella Giuranno,
José Miguel Molina, Rafal Nowak,
Enrica Ricci, Natalia Sobczak
Oral
Corrosion protection of steel
substrates by TixMgyN thin films:
The electrochemical effect of Mg on
the improvement of the corrosion
behaviour
Thoralf Müller (BAM Federal Institute
Oral
Corrosion protection of steel
substrates by TixMgyN thin films: The
protective effect of the Mg content
and the influence of growth defects
Martin Balzer (FEM) Martin Fenker,
Alexander Heiss, Andreas Heyn,
Herbert Kappl, Thoralf Müller
9:50
Oral
Strain and damage sensors based
on graphene nanoplatelets coated
glass fibers
Rocío Moriche (University Rey Juan
Carlos) Margarita G Prolongo, Silvia
G Prolongo, Alberto Jiménez-Suárez,
María Sánchez, Alejandro Ureña
Oral
Manufacture and mechanical
properties of SiC-FeSi2 Composites
prepared by Reactive infiltration
method.
Antonio Camarano, José Miguel
Molina
Oral
Wetting behavior and reactivity
between AlTi6 alloy and carbon
nanotubes
Rafal Nowak (Foundry Research
Institute) Grzegorz Bruzda, Rafał
Nowak, Artur Kudyba, Jerzy Morgiel,
Sudipta Seal, Natalia Sobczak
Oral
Oxidation and corrosion resistant
of RE2Zr2O7/8YSZ thermal barrier
coatings
Grzegorz Moskal (Silesian University of
Technology)
10:10
Oral
A new perspective on graphene based
flow sensors
Piotr Kaźmierczak (University of
Warsaw) Johannes Binder, Kamil
Boryczko, Tymoteusz Ciuk, Roman
Stępniewski, Włodzimierz Strupiński,
Andrzej Wysmołek
Oral
Sintering of glass matrix composites.
Effect of particle size
Arnaldo Moreno (Universitat Jaume
I. Asociación de Investigación de las
Industrias Cerámicas (AICE)
Oral
Interfacial characterization of brazed
hexagonal boron nitride (h-BN)
Marcio Rosales (Brazitec) Osmar
Bagnato
101
Oral Sessions
Symposium
C4.2
D1.2
D2.2
D2.3
Room
MB 144
MB 306
MB 231
Chairperson
Marek Polański
Anders Mikkelsen
Philip Eisenlohr
Masanobu Kubota
8:30
Oral
Properties of TiAl6V4 alloy parts
produced by selective laser melting –
parameter influence
Galina Kasperovich (Institute of
Materials Research, German
Aerospace Center)
8:50
Oral
Aluminum matrix composites by
Additive Manufacturing
Matteo Pavese (Politecnico di Torino)
Elisa Ambrosio, Alberta Aversa,
Sara Biamino, Flaviana Calignano,
Paolo Fino, Massimo Lorusso, Diego
Manfredi, Giulio Marchese, Daniele
Ugues
9:10
Oral
Aluminum lattice structures
processed by additive manufacturing:
microstructure and impact resistance
Pauline Delroisse (UCL)
Oral
Characterization of interface network
structures using fluorescent probes
and related thermomechanical
properties in ultra thin epoxy-amine
film
Pascal CarriereJean-François Chailan,
M. H. Nguyen
Oral
Contraction twinning dominated
tensile deformation and subsequent
fracture in extruded Mg-1Mn (wt%) at
ambient temperature
Philip Eisenlohr (Michigan State
University) Carl Boehlert, Jan Bohlen,
Dietmar Letzig, Sangbong Yi
Oral
Hydrogen-Accelerated Fatigue Crack
Growth in Steel Pipeline Welds
Brian Somerday (Sandia National
Laboratories) Joe Ronevich
9:30
Oral
High entropy hydrogen storage alloys
based on LaNi5 obtained by Laser
Engineered Net Shaping
Tomasz Czujko (Department of
Advanced Materials and Technologies,
Military University of Technology)
Izabela Kunce, Marek Polański
Highlight
Determination of thermal degradation
of carbon fibre reinforced plastic by
infrared - and terahertz spectroscopy
Oliver Focke (Faserinstitut) Roman
Dietz, Thorsten Göbel, Axel Siegfried
Herrmann, Johanne Hesselbach
Highlight
Enhanced damage resistance through
nano-laminate microstructure design
Cem Tasan (Max-Planck Institut fur
Eisenforschung) Dirk Ponge, Dierk
Raabe, Meimei Wang
Oral
Effect of hydrogen on tensile behavior
of types 316L and 304 austenitic
stainless steels
Akihide Nagao (JFE Steel Corporation)
Mohsen Dadfarnia, Kelly Nygren, Ian
Robertson, Petros Sofronis
Oral
Chemistry and Structure of Antiphase
Boundaries Connecting ZrO2 Pillars in
ZrO2-La2/3Sr1/3MnO3 Pillar-matrix
Structures
Dan Zhou (Max Planck Institute
for Intelligent Systems, Stuttgart,
Germany) Hanns-Ulrich Habermeier,
Marion Kelsch, Wilfried Sigle, Peter
A. van Aken
Oral
Effect of friction stir processing on
the damage resistance of 6xxx series
aluminium alloys
Aude Simar (Universite catholique
de Louvain) Sidney Castin, Florent
Hannard, Eric Maire, Thomas Pardoen
Oral
Improvement of resistance to
hydrogen by ultra-grain refinement in
a metastable austenitic steel
Arnaud Macadre (International
Institute for Carbon Neutral Energy
Research) Nobuo Nakada, Setsuo
TAKAKI, Toshihiro Tsuchiyama
9:50
10:10
102
Invited/Keynote
Direct View on the Ultrafast Carrier
Dynamics of Massless and Massive
Dirac Fermions in Mono- and Bilayer
Graphene
Jill Miwa (Aarhus University)
Highlight
Thermally-induced interface damage
characterization in a multilayered
composite booster casing by a
combined experimental-numerical
approach
Adélie Capron (Université libre de
Bruxelles) Stéphane Godet,
Thierry J. Massart, Laurent Schuster
Invited/Keynote
Hydrogen effects in austenitic steels
with martensitic transformation and
deformation twinning
Kaneaki Tsuzaki (Kyushu University)
Motomichi Koyama
Oral
Plasticity of lath martensite studied by
uni-axial micro tensile tests
Johan Hoefnagels (Eindhoven
University of Technology, the
Netherlands) Chaowei Du, Marc Geers
Oral
Microstructure Evolution and Chanes
in Chemical Composition of γ′ and
γ Phases During Aging of CMSX-4
Single Crystal Ni-Base Superalloy
Beata Dubiel (AGH-UST, Faculty of
Metals Engineering and Industrial
Computer Science) Paulina Indyka,
Sławomir Kąc, Izabela Kalemba-Rec,
Tomasz Moskalewicz, Tomasz Ratajski
Oral Sessions
Symposium
D3.2
F2.1
F3.1
Room
MB 437A
MB 226
MB 213
Chairperson
Oleg Shchyglo
Heinrich Hofmann
Steve Franklin
8:30
Highlight
Phase-field simulations of graphite
growth in ductile cast iron under
consideration of volume expansion
Janin Eiken (Access) Bernd Böttger
Oral
Advanced alginate-based hydrogels
with improved cytocompatibility for
tissue engineering
Aldo Boccaccini (University of
Erlangen-Nuremberg)
Highlight
Real-time simulation of soft tissues:
unraveling the speed-accuracy
conundrum in biomedical applications
Zeike Taylor (The University of
Sheffield)
8:50
Oral
Phase-field modeling of the
microstructure formation in selective
laser melting of Ni-base superalloys
Julia Kundin (University Bayreuth)
Heike Emmerich, Frank Querfurth
Oral
Properties and antibacterial activity of
PLA/gentamicin based drug delivery
implant coatings
Emilia Choinska (Faculty of Materials
University of Technology) Wojciech
Swieszkowski
Oral
Elasto—Hydrodynamic Lubrication in
Catheter—Blood Vessel Contact
Willem Potze (Philips)
9:10
Oral
Influence of short-range forces on
melting along grain boundaries
C. Hüter (Max-Planck-Institut
V. S. P. K. Bhogireddy, E. Brener,
J. Neuegebauer, O. Shchyglo,
R. Spatschek, I. Steinbach, F. Twiste
Oral
Recombinant Spider Silk as New
Bioink
Kristin Schacht (Universität Bayreuth)
Jürgen Groll, Tomasz Jüngst, Thomas
Scheibel
Oral
A combined experimentalcomputational method for estimating
friction during soft tissue perforation
Christopher Noble (University of
Sheffield) Steve Franklin, Roger Lewis,
Zeike Taylor, Olaf van der Sluis, Ruud
Voncken, Jacek Wojnowski
9:30
HighlightL
attice Boltzmann simulations of
hydrodynamic effects on crystal
growth of binary mixture
Amina Younsi (CEA) Alain Cartalade,
Mathis Plapp
Oral
Tailoring functional biodegradable
polyester-based materials for tissue
engineering
Valerie Lnanglois (ICMPE CNRS/UPEC)
Daniel Grande, Estelle Renard
Oral
Assessment of biodegradable bone
scaffolds fabricated via FDM using
coupled the mechano-regulatory and
degradation models
Marcin Heljak (Warsaw University
of Technology/ Faculty of Materials
Science and Engineering) Wojciech
Swieszkowski
9:50
Oral
Experimental Study and Modeling of
Directionally Solidified Zn-Al Dendrites
Alexandre Durussel (EPFL)
Oral
Three dimensional imaging and
nanoporosity investigation of
biodegradable bone scaffolds
Jakub Jaroszewicz, Karol Szlazak
Oral
A mathematical model for the
interaction of the upper eyelid with
a soft contact lens
Willem Potze (Philips) Steve
Franklin, Pawel Kochmanski, Konrad
Kwiatkowski
10:10
Oral
Modelling the flow in diffuse interface
methods of solidification
Fathollah Varnik (Ruhr-University
Bochum) Ingo Steinbach, Amol
Subhedar
Oral
A finite element model of a thermallyactivated shape memory polymer
vascular stent
Marcin Heljak (Warsaw University
of Technology/ Faculty of Materials
Science and Engineering) Monika Bil,
103
Oral Sessions
104
Symposium
C3.3
C4.2
D1.2
D2.2
Room
MB 315
MB 144
MB 306
MB 231
Chairperson
Vladimir Vishnyakov
Galina Kasperovich
Neven Biskup
Philip Eisenlohr
Invited/Keynote
Novel experimental schemes to study
the impact of excited electrons on
devices and nanomaterials
Bruno Grandidier (IEMN-CNRS)
11:00
Oral
Fabrication, characterisation and
oxidation of Zr modified nickel
aluminide coatings on CMSX-4
superalloy
Ali Dad Chandio (The University of
Manchester) Ying Chen, Ping Xiao
Oral
Fused deposition modeling of short
fiber reinforced structures
Michael Müller (TU Dresden, Institute
of Lightweight Engineering and
Polymer Technology) Niels Modler,
Cornelius Roitzsch, Christian Vogel
11:20
Oral
Supercritical Fluid Deposition of
epoxysilane on solid surface for
biosensing and heterogeneous
catalysis applications
Guillaume Nonglaton (CEA LETI)
Guillaume Costa, Caroline Fontelaye,
Gilles Marchand, Caroline MarchiDelapierre, Stéphane Ménage, Jordi
Rull
Oral
Microscopic simulation of rapid
solidification under SEBM additive
manufacturing conditions and
simulation of subsequent precipitation
during the heat treatment
Frank Querfurth (Materials and
Process Simulations / University of
Bayreuth) Heike Emmerich, Michael
Fleck, Julia Kundin, Johannes Rödel
11:40
Oral
The influence of processing
parameters on the microstructure
and properties of Fe28Al5Cr alloy
fabricated by Laser Engineered Net
Shaping ™
Marek Polański (Military University of
Technology) Jerzy Bystrzycki, Tomasz
Czujko, Izabela Kunce
Oral
Surface Characterization of III-V
Nanowire devices in operation
Sarah McKibbin (Lund University)
Oral
Fiber-Matrix Interphase in Short
Glass Fiber Composites: Experimental
Investigation and Micromechanical
Modeling
Marc Schöneich (TU Dortmund
University) Stéphane Berbenni,
Florence Dinzart, Hafid Sabar, Markus
Stommel
12:00
Oral
Microstructure formation of Ti-Al(Nb, Mo) titanium aluminides under
additive manufacturing processing
conditions
Christoph Kenel (Empa - Swiss
Federal Laboratories for Materials
Science and Technology) Georgia
Dasargyri, Christian Leinenbach
Highlight
Quantitative Nanoanalysis in an
Aberration Corrected (S)TEM
Werner Grogger (FELMI/Graz
University of Technology) Mihaela
Albu, Christian Gspan, Ferdinand
Hofer, Daniel Knez, Gerald Kothleitner,
Johanna Kraxner
Highlight
Influence of the geometrical character
distribution of grain and interphase
boundaries on strain localization and
micro-cracking in DP steels.
Fady Archie (Max-Planck-Institut für
Eisenforschung) Stefan Zaefferer
12:20
Oral
Surface structure, chemistry and
electronic properties from microns to
the atomic scale of InAs, GaAs, InSb
and InP Nanowires
Johan Knutsson (Lund University)
Oral
Nano-mechanical characterization of
the InP/Si interface strength
Eric Le Bourhis (University Poitiers
CNRS)
12:40
Oral
Whispering gallery modes in triangular
ZnS:Ga microwires
Paloma Fernández (University
Complutense) Javier Piqueras, Belén
Sotillo
Oral
Effect of wall roughness on granular
interface behavior
Khadija El Cheikh (University ARTOIS)
Highlight
Boundary conditions in continuum
dislocation dynamics
Thomas Hochrainer (Universität
Bremen) Alireza Ebrahimi
Oral
Failure mechanisms in fiber reinforced
plastics on micro scale
Christian Marotzke (BAM Federal
Institute for Material Research &
Testing) Titus Feldmann
Oral Sessions
Symposium
D2.3
D3.2
F2.1
F3.1
Room
MB 437A
MB 226
MB 213
Chairperson
Motomichi Koyama
Marc Bernacki
Aldo R. Boccaccini
Steve Franklin
11:00
Highlight
Influence of hydrogen on grain growth
dynamics of nanograined materials
May Martin (Georg-August-Universitãt
Göttingen)
Highlight
A new mesoscopic model for studying
the last-stage solidification of
globular-equiaxed grains in AlCu alloys
Christophe Mondoux (EPFL) Jean-Luc
Desbiolles, Michel Rappaz
Invited/Keynote
Self-assembled polymers for cancer
treatment and regenerative medicine:
stimuli-responsive carriers and cell
response modifiers
Carmen Alvarez-Lorenzo (University of
Santiago de Compostela)
Highlight
Advanced fatigue testing of
elastomeric materials simulating long
term behavior of tissues under cyclic
deformation in vivo
Miroslawa El Fray (West Pomeranian
University of Technology, Szczecin)
11:20
Oral
On the interaction mechanisms
between atmospheric sources of
hydrogen and Al-Si coated or ba
high strength steels during the hot
stamping process
Mélodie Mandy (Université Catholique
de Louvain)
Oral
Multi-scale numerical simulation of
the compaction of porous metal oxide
microspheres
Paul Parant (CEA/DEN/DRCP) JeanPhilippe Bayle, Emmanuelle Brackx,
Thibaud Delahaye, Renaud Domenger,
Christophe L. Martin, Sébastien Picart,
Elodie Remy
11:40
Oral
Effects of Hydrogen and Graphite Size
on the Tensile Properties of Ferritic
Ductile Cast Irons
Takashi Matsuo (Fukuoka University)
Masahiro Endo, Tomohiro Ikeda, Taishi
Ogawa
Oral
Discrete element modelling of hot
pressing process
Szymon Nosewicz (Institute of
Fundamental Technological Research
Polish Academy of Science) Marcin
Chmielewski, Katarzyna Pietrzak,
Jerzy Rojek
Oral
Structural and Mechanical
Characterization of Fibrous Scaffold
for Tissue Engineering - Quantitative
Nano-Mechanical Mapping by Atomic
Force Microscopy
Michal Wozniak (Warsaw University
of Technology) Adrian Chlanda, Ewa
Kijenska, Wojciech Swieszkowski
Oral
Development of Smart Joints for
Active Medical Devices
Ali Vahidyeganeh (Ozyegin University)
Seyedvahid Sajadifar, Gorkem Simsek,
Guney Yapici
12:00
Oral
Hydrogen embrittlement of superalloy
718 processed by different
thermomechanical routes
Leonardo Araujo (COPPE/UFRJ)
Highlight
Effect of microstructure on the
strength and toughness of porous
ceramics: discrete element
simulations
Christophe Martin (Univ. Grenoble
Alpes, SIMaP laboratory)
Oral
Atomic Force Microscopy as a tool
for evaluation of alginate hydrogel
scaffolds
Przemyslaw Oberbek (Warsaw
University of Technology) Alicja Kosik,
Wojciech Swieszkowski, Michal
Wozniak
Highlight
Industrial insights for the development
of new polymers for health & pharma
applications
Juliette Martin (PCAS PROTEUS)
12:20
Ora
lHydrogen-assisted failure in Ni-based
superalloy 718
Zahra Tarzimoghadam (Max-PlanckInstitut für Eisenforschung GmbH
(MPIE)
Oral
Influence of atmospheric pressure and
plasticity on buckled morphologies in
thin films on substratesJ
ulien Durinck (Institut P’) Alain
Cimetière, Jérôme Colin, Christophe
Coupeau, Jean Grilhé, Sami Hamade,
Guillaume Parry
Highlight
Inorganic nanoparticles for medical
applications: properties activity
relationships
Heinrich Hofmann (EPFL)
Oral
Nitinol for Vascular Stent Applications:
Fatigue Properties and Microstructure
Anna Zervaki (University of Thessaly)
Antonios Giannakopoulos, Gregory
Haidemenopoulos, Helen Kamoutsi
12:40
Oral
A 3D multi-length scale methodology
for computing the thermal radiative
properties of heterogeneous materials
Benoit Rousseau (LTN CNRS UMR
6607)
Oral
Nitinol tongue anchor for sleep apnea
prevention.
Karel van den Aker (Philips)
105
106
Poster
Sessions
Poster Sessions - Details
P1
Symposium A1.2: Active Soft Materials
1176 A1.2-P-TUE-P1-1
Thomas Mayer-Gall / Deutsches
The Golden Fleece - an unconventional textile based adsorbent
approach for environmental remediation and noble metal recovery Textilforschungszentrum Nord-West
1554 A1.2-P-TUE-P1-2
Jakub Skibinski / Warsaw University of Technology
Design of the properties of open porosity foams
Smart Interface With Thermoactive Properties In Ultra Thin Epoxy- Pascal Carriere / Université de Toulon - Mooslem Alaaeddine
Laboratoire MAPIEM
Amine Film
Jochen S. Gutmann, Klaus Opwis
gGmbH / Universität Duisburg-Esse
2401 A1.2-P-TUE-P1-3
P1
Symposium A1.3: Functional Nanostructures and Self-Assembled Materials
1271 A1.3-P-TUE-P1-1 Ag and SnO2 Nanoparticles Production From E-Wastes With
Ultrasound And Microwave Irradiation
1389 A1.3-P-TUE-P1-2 Copper complexed - Isonicotinic acid functionalised Aluminium
Oxide Nanoparticles
1715 A1.3-P-TUE-P1-3 Characteristics of nanocrystalline calcium carbonate
microlens arrays induced by the amorphous/crystalline phase
transformation
1727 A1.3-P-TUE-P1-4 Influence of post deposition annealing on MANOS memory
properties
1736 A1.3-P-TUE-P1-5
1737 A1.3-P-TUE-P1-6
2190 A1.3-P-TUE-P1-7
Characteristics of nanocrystalline calcium carbonate
microlens arrays induced by the amorphous/crystalline phase
transformation
Synthesis and characterization of TiO2-Ag nanocomposites
obtained by sol-gel processes, to cool-spray applications
Microwave Synthesis of V2O5 Nanoparticles
The influence of TiO2 and ZrO2 on microstructure and
crystallization behavior of CRT glass
2557 A1.3-P-TUE-P1-9 Polysiloxane-silazane matrices for incorporation of metallic
palladium nanoparticles
2574 A1.3-P-TUE-P1-10 Effective Strain Accommodations and Improved Functional
Properties of Ba0.6Sr0.4TiO3 Based Vertically Aligned
Nanocomposite Films
2551 A1.3-P-TUE-P1-8
Pietro Cerchier / University of Padova
Katya Brunelli, Manuele DabalÃ Cathren Gowenlock / Swansea
University
Andrew Barron, Charles Dunnill,
James McGettrick
Ingo Schmidt / Max Planck Institute of Peter Fratzl, Kyubock Lee, Wolfgang
Colloids and Interfaces
Wagermaier, Peter Werner, Emil
Zolotoyabko
Konstantinos Giannakopoulos / Institute Panagiotis Dimitrakis, Vassilios
of Nanoscience and Nanotechnology, Ioannou-Sougleridis, Kaupo Kukli,
NCSR “Demokritos”
Markku Leskelä, Konstantina Mergia,
Jaakko Niinistö, Nikolaos Nikolaou,
Pascal Normand, Mikko Ritala,
Dimitrios Skarlatos
Ingo Schmidt / Max Planck Institute of Peter Fratzl, Kyubock Lee, Wolfgang
Colloids and Interfaces
Wagermaier, Peter Werner, Emil
Zolotoyabko
José M. Gómez de Salazar / Complutense University of Madrid
Maria Kalyva / FORTH/IESL
Iwona Grelowska / AGH University of
Science and Technology
Anastasios Anagnostakis, Spyros H.
Anastasiadis
Magda Kosmal, Paweł Pichniarczyk,
Manuela Reben, Magdalena Ziąbka
Justyna Olejarka / AGH University of
Magdalena Hasik
Oon Jew Lee / Universiti Malaysia
Terengganu
Zhenxing Bi, Quanxi Jia, Ahmed
Kursumovic, Judith L. MacManusDriscoll, Chen-Fong Tsai, Mary Vickers,
Haiyan Wang
Leonid Ivanchenko / B.Verkin Institute
for Low Temperature Physics and
Engineering
Yue Dong / Institute of Micro and
Nanomaterials, Ulm University
Sergey Ketov, Dmitriy LouzguineLuzgin, Alexey Podolskiy, Elena
Tabachnikova
Hans-Jörg Fecht, Ali-Can Kaya, Rainer
Wunderlich
Aleksandr Aronin / Institute of Solid
State Physics RAS
Galina Abrosimova, Danila Matveev,
Elena Pershina
P1
Symposium B1.3: Metallic Glasses, Rapid Solidification, Nanocrystallization
1195 B1.3-P-TUE-P1-1
Low Temperature Plastic Deformation of the
Zr62.5Cu22.5Al10Fe5 Bulk Metallic Glass
The changes of structures, thermal characteristics and
mechanical properties of bulk metallic glass as a function of
cobalt composition
B1.3-P-TUE-P1-3 Change of structure and mechanical properties of amorphous
Al-based alloys at deformation and heat treatment
B1.3-P-TUE-P1-4 Degradation of azo dyes by rapidly solidified metallic particles
B1.3-P-TUE-P1-5 Development of TiTaNbMn amorphous alloys
by Mechanical Milling
B1.3-P-TUE-P1-6 Pressureless Fast Sintering of TiO2-WO3 thin film on Stainless
Steel Substrate by Induction Heating
B1.3-P-TUE-P1-7 Active oxy-fluoride glass-ceramic optical fibers with polymer
cladding
B1.3-P-TUE-P1-8 Influence of partial crystallization on high temperature
deformation of Cu36Zr48Ag8Al8 bulk metallic glass
B1.3-P-TUE-P1-9 Influence of the crystallinity in Au-based bulk metallic glasses on
their mechanical properties
B1.3-P-TUE-P1-10 Thermal effects on structural and magnetic properties of
Fe78B13Si9 amorphous ribbon
1197 B1.3-P-TUE-P1-2
1460
1618
1794
2043
2472
2478
2510
2542
Eloi Pineda / UPC-BarcelonaTech
Ernesto Chicardi / Federico Santa
María Technical University
Dreidy Vasquez / Pontificia Universidad Alvaro Aracena, Carlos Carlesi, Oscar
Católica de Valparaíso
Jerez, Jaime Morales
Elwira Czerska / Silesian University of
Technology
108
Adhesion SnO2 powder by application thin films on glass
substrates: their use as to interface layer between glass and
conventional refractory clay.
Marta Świderska, Michał Żelechower
Bartosz Michalski / Warsaw University of Technology
Sandrine Cardinal / Insa-Mateis
Mohamed Larbi Soltani / Annaba
University-Algeria
P1
Symposium B2.1: Advanced synthesis methods for ceramic powders
1244 B2.1-P-TUE-P1-1
Claudio Aguilar, Sheyla Katherine
Lascano Farak
Bachir Chemani / Boumerdes University
Tiburce A.M. Aboki, Mahieddine
Lahoubi, Abdelmalek Mansri
2070 B2.1-P-TUE-P1-2
Polymer-derived SiAlON-based phosphors for high performance
white light emitting diode
2559 B2.1-P-TUE-P1-3
Glass-ceramic glazes with different crystalline phases from SiO2- Magdalena Leśniak / AGH University
of Science and Technology Faculty of
Al2O3-CaO-MgO-Na2O-K2O system
Ryo Iwasaki / Nagoya Institute of
Technology
Yusuke Daiko, Sawao Honda, Yuji
Iwamoto, Yuichiro Murata, Yohei
Shimokawa
Janusz Partyka, Maciej Sitarz
Materials Science and Ceramics
P1
Symposium B2.2: Advanced Processing Methods for Ceramics
1466 B2.2-P-TUE-P1-1
1530 B2.2-P-TUE-P1-2
1608 B2.2-P-TUE-P1-3
1681 B2.2-P-TUE-P1-4
1693 B2.2-P-TUE-P1-5
2449 B2.2-P-TUE-P1-6
2595 B2.2-P-TUE-P1-7
Development of porous glasses by using space-holder technique Isabella Lancellotti / University of
Fabio Raimondi, Cristina Siligardi
Influence of binder type on the properties of sic-based ceramic
slurries
Investigations the properties of ceramic proppants obtained by
mechanical granulation method
Krzysztof Jan Kurzydlowski, Jaroslaw
Mizera, Pawel Wisniewski
Influence of the deflocculant type on the properties of slurries
with ash used for the preparation of ceramic proppants
Selecting key parameters of the green pellets and lightweight
ceramic proppants obtained by mechanical granulation method
Low cost 3D printing of thermally stable ceramic materials
Selection of the conditions for sintering the powder Ti3AlC2
obtained by SHS method
Modena and Reggio Emilia
Marcin Malek / Warsaw University of
Technology
Pawel Wisniewski / Warsaw University Krzysztof Jan Kurzydlowski, Marcin
Malek, Jaroslaw Mizera, Joanna
Science and Engineering
Szymanska
Dorota Zarzycka-Dziedzic / Warsaw University of Technology
Joanna Szymanska / Warsaw of
Marcin Malek, Jaroslaw Mizera,
Pawel Wisniewski
Juan Ramón Marín-Rueda / Fuel
Jesús Canales-Vázquez,
Cell Department. Renewable Energy
Vicente Yagüe-Alcaraz
Research Institute. Universidad de
Castilla-La Mancha
Paulina Chachlowska / Akademia Górniczo-Hutnicza
P1
Symposium B3.1: Composite Materials and Structures
1209 B3.1-P-TUE-P1-1
1361 B3.1-P-TUE-P1-2
1922 B3.1-P-TUE-P1-3
2103 B3.1-P-TUE-P1-4
2270 B3.1-P-TUE-P1-5
Microstructure characterization of Si3N4 / graphene and Al2O3/
graphene wear resistant compacts before and after tribological
tests
Bending strength of glued heat-treated wood
Marta Janusz / Institute of Metallurgy Lucyna Jaworska, Lukasz Major, Jerzy
and Materials Science Polish Academy Morgiel
of Sciences
Tropical Soils Reinforced with Vegetal Treated Fibers for use in
Asphalt Pavements Structures
Gislene Santiago / Instituto Federal de Minas Gerais - IFMG
Povilas Navickas / Kaunas University of Darius Albrektas
Technology
Barbara Surowska / Lublin University of Jarosław Bieniaś›, Krzysztof Majerski,
Selected properties of metal-fibers laminates
Technology
Monika Ostapiuk
Weathering ageing testing for girder prototype structure based on Katarzyna Balke / Warsaw University of Technology, Faculty of Materials Science
and Engineering
glass fiber reinforced polymers
P1
Symposium C2.1: Joining Technologies
Mechanism of hot cracking of Inconel 625 nickel alloy welded
joints
The impact of laser welding technology on the structure and
properties of Inconel 617 nickel superalloy joint
Impact of the technology of laser welding of finned tubes made of
austenitic steel on the structure of the tube - flat bar joint
Structure and mechanical properties of the SnBi and SnAg type
brazing alloys
Robert Kocurek / Silesian University of Janusz Adamiec
Technology
2063 C2.1-P-TUE-P1-5
Simulation and experimental validation of laser welding under
conduction mode of Ti6Al4V alloy
Juan Jesus Alba Galvin / UCA
2159 C2.1-P-TUE-P1-6
Friction Stir Welding of Oxide Dispersion
Strengthened (ODS) steels
Kiriakos Moustoukas / University of
Liverpool
2201 C2.1-P-TUE-P1-7
Microstructure and properties of Ti6Al4V/Inconel 625 bimetal
obtained by explosive joining
Joining dissimilar metallic materials with Ti/Ni nanolayers
Investigation of Ni-B alloys for joining of TiB2 ultra-hightemperature ceramic
1757 C2.1-P-TUE-P1-1
1801 C2.1-P-TUE-P1-2
1818 C2.1-P-TUE-P1-3
1957 C2.1-P-TUE-P1-4
2221 C2.1-P-TUE-P1-8
2273 C2.1-P-TUE-P1-9
Katarzyna Łyczkowska / Silesian
Janusz Adamiec, Agnieszka
Tomaszewska
Agnieszka Tomaszewska / Silesian
Janusz Adamiec
Szymon Malara / Institute of NonFerrous Metals
Krzysztof Topolski / Warsaw University
of Technology
Jacek Anyszkiewicz, Katarzyna
Bilewska, Andrzej Cybulski, Tadeusz
Gorewoda
Margarita R. Amaya-Vazquez, Javier
Botana, Cristina Churiaque,
Jose M. Sanchez-Amaya
Stephen Cater, Karl Dawson, Sebastien
Dryepondt, Chris Stanhope, Gordon
Tatlock
Halina Garbacz, Aleksander Gałka,
Zygmunt Szulc
Manuel Vieira /
Sónia Simões
Ivan Kaban / IFW Dresden
Grzegorz Bruzda, Jürgen Eckert, Rafal
Nowak, Natalia Sobczak, Lixia Xi
Justyna Chrzanowska / Institute of
Dariusz Garbiec, Jacek Hoffman,
Tomasz Mościcki
P1
Symposium C3.1: Light-Induced Micro-Nano Surface Modification
1332 C3.1-P-TUE-P1-1
Radiofrequency assisted pulsed laser deposition of WBN and
ReBN thin films
109
1716 C3.1-P-TUE-P1-2
1717 C3.1-P-TUE-P1-3
2613 C3.1-P-TUE-P1-4
Fabrication of metallic coatings on glass-ceramic substrates by
pulsed laser irradiation
Directionally solidified fabrication in planar geometry,
microstructural and optical characterization of Al2O3-Er3Al5O12
eutectic composite for thermophotovoltaic devices
Induced Circular Dichroism on Plasmon-Resonance Bands of Gold
and Silver Obtained by Laser Ablation of Metal Targets in Aqueous
Solutions of Natural Materials
Antonio Garcia Giron / ICMA-University Jose Ignacio Peña, Daniel Sola
of Zaragoza-CSIC
Daniel Sola / ICMA-University of
Zaragoza-CSIC
Patricia Beatriz Oliete, Jose Ignacio
Peña
Ignat Rakov / Wave Research Center, Prokhorov General Physics Institute,
Russian Academy of Sciences
P1
Symposium C3.2: Assembly-Mediated and Surface-Based Coatings
2335 C3.2-P-TUE-P1-1
Composite materials prepared by alkali solution treatment and its Apostolos Zachopoulos / Foundation
for Research and Technology|FORTH
photocatalytic efficiency
Vassilios Binas, George Kiriakidis
P1
Symposium C4.1: Phase Stability and Phase Transformations
1243 C4.1-P-TUE-P1-1
1512 C4.1-P-TUE-P1-2
1517 C4.1-P-TUE-P1-3
1689 C4.1-P-TUE-P1-4
1825 C4.1-P-TUE-P1-5
1858 C4.1-P-TUE-P1-6
1870 C4.1-P-TUE-P1-7
1873 C4.1-P-TUE-P1-8
1974 C4.1-P-TUE-P1-9
XPS studies of LaNb1-xSbxO4 high temperature proton conductor Sebastian Wachowski / Gdansk
Periodic layers structure formation in the solid-state reactions in Joanna Wojewoda-Budka / Institute
Mg/SiO2 system
Polish Academy of Sciences
Wojciech Skuza / Institute of Metallurgy
Interfacial reactions in explosively welded copper to titanium
and Materials Science of Polish
sheets
Academy of Sciences
In-situ investigation of the martensitic transformation in Ni-Mn-Ga Robert Chulist / Institute of Metallurgy
and Materials Science PAS
alloys
Prediction of the glass forming ranges in the Cu−Ni−Hf system
from the phase transformations calculations
Microstructural evolution in unidirectionally solidified Sn-10
wt%Sb peritectic solder alloy
Kinetics of growth of grain-boundary (aTi) layer in Ti-Co alloys
Substitution-driven phase transitions in (Bi,Tb)FeO3 ceramics
Fabrication of NiO/ apatite-type lanthanum silicate beads for
catalytic applications
Maria Gazda, Aleksandra
Mielewczyk-Gryń, Marcin Łapiński
Lidia Litynska-Dobrzynska, Anna
Wierzbicka-Miernik
Katarzyna Berent, Piotr Bobrowski,
Jerzy Morgiel, Henryk Paul
Piotr Bobrowski, Marek Faryna, Maciej
Szczerba
Olga Fabrichnaya / TU Bergakademie
Freiberg
Pavel Agraval, Liya Dreval, Mikhail
Turchanin
José Marcelino da Silva Dias Filho /
UNICAMP
Noé Cheung, Thiago Costa, Amauri
Garcia
Alena Gornakova / ISSP RAS
Vladimir Koval / Institute of Materials
Research, SAS
Vasiliki Chalkia / Technological
Educational institute of Sterea Ellada
Juraj Durisin, Martin Sopko
Pavlos Pandis, Vassilis Stathopoulos
P1
Symposium D1.3: In-Situ Studies
2198 D1.3-P-TUE-P1-1
The refurbished ID19 beamline: a versatile station for multi-scale Alexander Rack / ESRF - The European Jose Baruchel, Pascal Bernard, Elodie
Synchrotron
Boller, Vincent Fernandez, Lukas
and time-resolved synchrotron-based microtomography using
Helfen, Michel Renier, Anatoly Snigirev,
hard X-rays
Paul Tafforeau, Jean-Paul Valade
P1
Symposium D2.1: In-situ Micro- and Nano-Mechanical Characterization and Size Effects, High Throughput and Rapid Mechanical Testing
1175 D2.1-P-TUE-P1-1
1305 D2.1-P-TUE-P1-2
An in-situ transmission electron microscopy study on
room temperature ductility of TiAl alloys with fully lamellar
microstructure
Study of materials thermo-mechanical behavior under
concentrated solar irradiation
Seong-Woong Kim / Korea Institute of
Materials Science
Yasmine Lalau / CNRS SPCTS - CNRS Damien Andre, Thierry Chotard, Olivier
PROMES
Faugeroux, Emmanuel Guillot, Marc
Huger
Dariusz Jarząbek / Institute of
Wojciech Dera, Zygmunt Rymuza
Lars-Oliver Kautschor /
Hrishikesh Bale, Robert Bradley,
Nikolaus Cordes, William Harris,
Benjamin Hornberger, Leah Lavery,
Xuekun Lu, Arno Merkle, Brian
Patterson, Philip Withers
Takahiro Kaneko / Kyushu University
Motomichi Koyama, Kaneaki Tsuzaki
1345 D2.1-P-TUE-P1-3
The measurement of viscosity of ultrathin polymer films
1429 D2.1-P-TUE-P1-4
A New In Situ Load Stage to Combine X-ray Tomography with
Nanomechanical Testing
1434 D2.1-P-TUE-P1-5
Strain-microstructure-damage evolution related with epsilonmartensite in austenitic steel
Effect of Deformation Temperature on Damage Evolution Behavior Nao Uehata / Kyushu university
in Dual-Phase Steels
Tomasz Bolek / Faculty of Materials
Influence of heat treatment process on stress distributions in
ceramic shell using numerical methods
1455 D2.1-P-TUE-P1-6
1478 D2.1-P-TUE-P1-7
1522 D2.1-P-TUE-P1-8
110
Length-scale-dependent mechanical behaviour of Zr/Nb
multilayers as a function of individual layer thickness
Seung-Eon Kim, Andrew Minor, YoungSang Na, Jong-Taek Yeom
Emilio Frutos Torres / Department
of Control Engineering, Faculty of
Electrical Engineering, Czech Technical
University in Prague
Motomichi Koyama, Shusaku Takagi,
Kaneaki Tsuzaki
Rafał Cygan, Romuald Dobosz,
Krzysztof J. Kurzydłowski, Ryszard
Sitek, Joanna Zdunek
Mauro Callisti, Miroslav Karlik, Tomas
Polcar
Modelling the multi-scale morphology and mechanical response
of tissue engineering scaffolds through permeability analysis
2194 D2.1-P-TUE-P1-10 Anisotropic nanoscratch resistance of WC, Si3N4 and ZrB2
crystals
2206 D2.1-P-TUE-P1-11 High Temperature Mechanical Properties of Ni-base supperalloy
and diffusion aluminide bond coating: An In-Situ SEM
Nanoindentation Study
2577 D2.1-P-TUE-P1-12 Slip Bands Evolution and Damage in Aged Duplex Stainless Steel
1685 D2.1-P-TUE-P1-9
Giovanni Offeddu / University of
Cambridge
Ruth Cameron, Michelle Oyen
Tamás Csanádi / Institute of Materials Research - Slovak Academy of Sciences
Ude Hangen / Hysitron Inc.
Syed Asif, Sanjit Bhowmick, Karolina
Rzepiejewska-Malyska
Joseph Marae Djouda / Université de Technologie de Troyes
P1
Symposium D3.1: Atomistic Modelling
1180 D3.1-P-TUE-P1-1
1220 D3.1-P-TUE-P1-2
1303 D3.1-P-TUE-P1-3
1472 D3.1-P-TUE-P1-4
1490 D3.1-P-TUE-P1-5
1580 D3.1-P-TUE-P1-6
1626 D3.1-P-TUE-P1-7
1709 D3.1-P-TUE-P1-8
2107 D3.1-P-TUE-P1-9
Relative stability of ternary aluminides formed in the ThT2Al20
system (where T = 3d transition metals)
Electronic states at SnO/SnO2 heterointerfaces
David Fuks / Ben Gurion University of
the Negev
Spin-polarized density functional theory analysis of the vacancies
in Si using the range-separated hybrid functionals
Modelling of cellular structures for application at various length
scales
Kamil Czelej / Warsaw University of
Technology
Piotr Śpiewak
Tomasz Wejrzanowski / Faculty of
Warsaw University of Technology,
Woloska 14, 02-507 Warsaw, Poland
Fruzsina Gajdos / University College
London
Krzysztof Jan Kurzydłowski, Jakub
Niescior, Jakub Szabelewski
Steven Vandenbrande / Center for
Molecular Modeling, Ghent University,
Belgium
Johannes Bulin / Fraunhofer Institute
for Algorithms and Scientific Computing
(SCAI)
Sven Dirkmann / Ruhr-University
Bochum
Veronique Van Speybroeck, Louis
Vanduyfhuys, Toon Verstraelen, Michel
Waroquier
Jan Hamaekers, Sonja Mathias,
Maharavo Randrianarivony
Louisa Meshi, Asaf Uziel
Arwa Albar / king abdullah university of Udo Schwingenschlögl, Hassan Tahini
science and technology
Calculations of the Actinide Dioxides by Density Functional Theory James Pegg / University College London
Doros Theodorou, Georgios Vogiatzis
Molecular modeling of polymer nanocomposites at multiple length Ioannis Mathioudakis / National
Technical University of Athens
scales
Analytic overlap method for calculating electronic coupling in
pi-conjugated systems
Complete Non-Bonding Force Field Derived From Monomer
Electron Densities
GAP potentials with a localization approach
2121 D3.1-P-TUE-P1-10 Kinetic Monte-Carlo Simulation of Memristive Tunnel Junctions
2242 D3.1-P-TUE-P1-11 Computational screening of phthalocyanine hetero-structures for
molecular spintronic applications
Jochen Blumberger
Mirko Hansen, Hermann Kohlstedt,
Thomas Mussenbrock, Jan
Trieschmann, Martin Ziegler
Simon Liebing / Institute of Theoretical Tobias Birnbaum, Torsten Hahn, Jens
Physics, TU Bergakademie Freiberg
Kortus
2243 D3.1-P-TUE-P1-12 Spin-resolved ab-initio surface energy investigations of transitions Sebastian Schwalbe / Institute of
Theoretical Physics, TU Freiberg
metal surfaces
2281 D3.1-P-TUE-P1-13 Influence of Defects on magnetic moments enhancement in Fe/Pt Mohamed Bouateli / Usthb, university
ultrathin films systems
2561 D3.1-P-TUE-P1-14 Gaussian approximation potentials: the case of α-iron
Daniele Dragoni / EPFL
Jens Kortus
Abdelhafid kellou, Antoine Khater
Gábor Csányi, Nicola Marzari
P1
Symposium D3.2: Modelling of Microstructure and Grain Structure
2626 D3.2-P-TUE-P1-1
Hydrodynamics modelling in the presence of a diffuse solid-liquid Amol Subhedar / Ruhr-University
Bochum
interface
Ingo Steinbach, Fathollah Varnik
P1
Symposium D3.3: Materials Thermodynamics and Kinetics
1306 D3.3-P-TUE-P1-1
1518 D3.3-P-TUE-P1-2
1581 D3.3-P-TUE-P1-3
1598 D3.3-P-TUE-P1-4
1658 D3.3-P-TUE-P1-5
Thermodynamic properties of liquid Ga-Li alloys
Adam Dębski / Institute of Metallurgy Władysław Gąsior
and Materials Science, Polish Academy
of Sciences
Ahmet Ekicibil, Abdul Kadir Eksi
A Study Of Physıcal And Thermoelectrıc Propertıes Of Alumıx(431) Ayse Nur Acar / Cukurova University/
Adana-Turkey
Materıals Produced P/M Method
Experimental study and numerical analysis of ferrite dissolution
in Fe-Cr-Ni system using a model multilayered microstructure
produced by Hot Isostatic Pressing
Comparison of heat data determined by electrochemicalcalorimetric studies on 18650 lithium-ion cells and by equivalent
circuit model-based simulation
Analysis of acoustic emission signals at austempering of bearing
and tool steels using neural networks
1734 D3.3-P-TUE-P1-6
A thermodynamic description for the new η-phase Ni6AlNb
1826 D3.3-P-TUE-P1-7
Thermodynamic Investigations and Modeling in the Anodematerial System Co-Cu-O
Mahmoud Saied / Aperam
Boxia Lei / Karlsruhe Institute of Technology
Małgorzata Łazarska / Kazimierz Wielki Zbigniew Ranachowski, Przemysław
University
Ranachowski, Andrzej Trafarski,
Tadeusz Woźniak
Markus Rath / Vienna University of
Ernst Kozeschnik, Erwin PovodenTechnology / Materials Center Leoben Karadeniz
Forschung GmbH
Nicolas Alexander Mayer / Karlsruhe
Damian Marlon Cupid, Peter Franke,
Institute of Technology
Hans Jürgen Seifert
111
Thermodynamic investigation of copper and iron oxides used as
electrodes in lithium ion batteries
2128 D3.3-P-TUE-P1-9 Simulation of microstructure evolution during homogenization of
electromagnetic cast ingots of 7050 aluminium alloys
2210 D3.3-P-TUE-P1-10 Thermochemistry of selected compositions in the LiNiO2-LiCoO2LiMnO2 system
2244 D3.3-P-TUE-P1-11 Computational thermodynamics for lithium silicide batteries: Abinitio and force field methods in application
2303 D3.3-P-TUE-P1-12 Describing some binary liquid metal system excess Gibbsenergies with the combined expression
1953 D3.3-P-TUE-P1-8
Maren Lepple / Karlsruhe Institute of
Technology
Damian Cupid, Peter Franke, Hans
Seifert
Siamak Rafiezadeh / Vienna University
of Technology
Ahmad Falahati, Ernst Kozeschnik
Maryam Masoumi / Karlsruhe Institute Damian Cupid, Petronela Gotcu-Freis,
of Technology
Hans Jürgen Seifert
Sebastian Schwalbe / Institute of
Theoretical Physics, TU Freiberg
Jens Kortus
Peter Baumli / 1. Bay Zoltán Nonprofit András Dezső, George Kaptay
Ltd. for Applied Research; 2. University
of Miskolc
2469 D3.3-P-TUE-P1-13 Calorimetry of Lithium Batteries and their Active Materials
Hans Juergen Seifert / Karlsruhe Institute of Technology, Institute for Applied
Materials (IAM-AWP)
2515 D3.3-P-TUE-P1-14 Magnetocaloric effect and martensitic transformation in a Heusler Jian Ren / Shanghai University
Mn50Ni37In10Co3 unidirectional crystal
2591 D3.3-P-TUE-P1-15 Heat Transfer Inverse Problems in 3D Geometry
Piotr Dziembaj / AGH University of
Robert Filipek, Krzysztof SzyszkiewiczWarzecha
P1
Symposium E1.1: Materials for Energy
1170 E1.1-P-TUE-P1-1
1235 E1.1-P-TUE-P1-2
1252 E1.1-P-TUE-P1-3
1327 E1.1-P-TUE-P1-4
1346 E1.1-P-TUE-P1-5
Thermal And Structural Analysis Of End Shield Tube Sheet During Sandeep Sinha / Delhi Technological
University
The Technique Of Rolled Joint Detachment Of Calandria Tube
Sergio Fernandez / ciemat
CeO2 pellet fabrication as spent fuel matrix analogue
Magnetic domains modification of grain oriented silicon steel via
the laser treatment technology
Ivan Petryshynets / Institute of
Materials Research, Slovak Academy
of Sciences
Masroor Ahmad Bhat /
Tailored engineering of magnetic phase transition and colossal
magnetoresistive effect in silver doped Sm0.55Sr0.45-xAgxMnO3 Superconductivity Research
Lab,Department of Physics, Barkatullah
(0 ≤ x ≤ 0.15) system
University, Bhopal (M.P) - 462026
(INDIA)
Abdelouahed Ait Chaou / SUBATECH The role of pH in the vapor hydration at 175°C of the French
ECOLE DES MINES DE NANTES
SON68 glass
1559 E1.1-P-TUE-P1-6
Design of materials for Molten Carbonate Fuel Cell application
1575 E1.1-P-TUE-P1-7
Influence of the metallic nanoparticles on the organic solar cells
properties
1583 E1.1-P-TUE-P1-8
Investigation of the nanocomposite structures based on the
organic-inorganic halide perovskite materials and plasmonic
metal nanoparticles
Preparation of Cu2SnS3 layers by sulfurization of electrodeposited Marcel Placidi / Catalonia Institute for
Energy Research (IREC)
Cu-Sn multilayer precursors: influence of the electrochemical
conditions.
1647 E1.1-P-TUE-P1-9
1653 E1.1-P-TUE-P1-10 Cd-free and hybrid buffer layers for CZTSe solar cells
Karol Cwieka / Warsaw University of
Technology
Marek Lipinski / Institute of Metallurgy
and Materials Science Polish Academy
of Sciences
Marek Lipinski / Institute of Metallurgy
and Materials Science Polish Academy
of Sciences
Simon López
1688 E1.1-P-TUE-P1-11 In-situ SQUID magnetometry during electrochemical charging - A Roland Würschum / Institute of
characterization tool for battery electrodes
1739 E1.1-P-TUE-P1-12 Microstructural Analysis of Cu2ZnSnSe4 Thin Films by Grazing
Incidence X-Ray Diffraction
1879 E1.1-P-TUE-P1-13 Cu2ZnSnSe4 solar cells fabricated onto flexible steel substrates:
the effect of alkali doping
1926 E1.1-P-TUE-P1-14 High performance piezoelectric energy harvesters based on the
triple-layered multimorph ceramics
1940 E1.1-P-TUE-P1-15 Effect of addition elements on Sm2Fe17 particle size with
reduction-diffusion method
1969 E1.1-P-TUE-P1-16 Effect of a rapid thermal annealing on the Mo back contact for
CZTSe solar cells
112
Rajeev Thakur
Joaquin Cobos, Rodrigo Moreno, Maria
Isabel Nieto
František Kováč, Viktor Puchý, Martin
Šebek
N.K. Gaur, Devendra Kumar, Aga
Shahee
Abdesselam Abdelouas, Yassine El
Mendili, Christelle Martin
Krzysztof Kurzydlowski, Tomasz
Wejrzanowski
Filip Granek, Aneta Kedra, Marcin
Palewicz, Robert Piotr Socha, Zbigniew
Starowicz
Aneta Kedra, Grazyna Kulesza-Matlak,
Roman Major, Lukasz Major, Robert
Piotr Socha, Zbigniew Starowicz
Moises Espindola-Rodríguez, Xavier
Fontané, Victor Izquierdo-Roca, Florian
Oliva, Alejandro Pérez-Rodriguez,
Edgardo Saucedo, Diouldé Sylla
Moisés Espindola, Sergio Giraldo,
Victor Izquierdo, Simón López, Markus
Neuschitzer, Marcel Placidi, Yudania
Sánchez, Edgardo Saucedo, Osvaldo
Vigil, Haibing Xie
Gregor Klinser, Stefan Koller, Harald
Kren, Heinz Krenn, Stefan Topolovec
Materials Physics, Graz University of
Technology
René Gunder / Helmholtz Centre Berlin Moisés Espíndola Rodríguez, Simón
for Materials and Energy
López Mariño, Edgardo Saucedo,
Susan Schorr
Monica Colina / IREC
Xavier Alcobé, E Bailo, Mireia Blanes,
Moises Espinola-Rodríguez, Victor
Izquierdo-Roca, Simón López-Marino,
Markus Neuschitzer, Alejandro PérezRodríguez, Francisco Ramos, Yudania
Sánchez, Edgardo Saucedo,
Haibing Xie
Hye Jin Kim / Electronics and Telecommunications Research Institute
Shusuke Okada / National Institute of Advanced Industrial Science and
Technology (AIST)
Marcel Placidi / IREC
1973 E1.1-P-TUE-P1-17 Apatite-type lanthanum silicates solid oxide half-cells
Pavlos Pandis / Technological
Educational institute of Sterea Ellada
2026 E1.1-P-TUE-P1-18 Synthesis and activity of gold/copper core-shell catalysts for
Charles Oseghale / The University of
Sheffield
development by means of spin coating and physical spraying
direct formic acid fuel cells
2062 E1.1-P-TUE-P1-19 Electrodeposition of metal oxides onto carbon nanofoam as
electrodes for high perfomance supercapacitors
Maria J. Carmezim / ESTSetúbal,
Instituto Politécnico de Setúbal
Tamara Kharlamova, Ioannis Kokkotos,
Vladislav Sadykov, Vassilis Stahopoulos,
Leonardos Stamaopoulos, Konstantinos
Virtsionis
Peter Hall
Rodrigo Della Noce, Raquel Duarte,
Sónia Eugénio, Fátima Montemor,
Teresa Moura Silva
András Bárdos, Mihai Stoica
2090 E1.1-P-TUE-P1-20 Manufacturing an electronic motor stator built from thin
Attila Szabó / Breuckmann GmbH
2119 E1.1-P-TUE-P1-22 Er-GO/CoOx composites for application as charge storage
Jorge Omar Gil Posada / The University Peter J. Hall
of Sheffield
M. J. Carmezim /
Raquel Duarte, Teresa Moura e Silva
amorphous metal strip
2095 E1.1-P-TUE-P1-21 NiFe cells for the future
electrodes: Influence of thermal treatment
2180 E1.1-P-TUE-P1-23 Numerical simulation of magnetic-aligned compaction process by Rikio Soda / AIST
using discrete element method
2181 E1.1-P-TUE-P1-24 Hydrogen sorption studies of Li3N and graphene
Kimihiro Ozaki, Kenta Takagi
Władysław Gąsior / Institute of
Polish Academy of Sciences
2260 E1.1-P-TUE-P1-25 Improved high conductivity titanium sub-oxide coated electrodes Marco Robotti / CPT Thermal Spray
Centre - University of Barcelona UoB
obtained by Atmospheric Plasma Spray
Adam Dębski, Marek Polański
2360 E1.1-P-TUE-P1-26 A novel method for separation the recrystallized silicon from
Sergi Dosta, Irene Garcia Cano, Josep
Maria Guilemany, Brian Mellor, Richard
Wills
George Kaptay, Gergely Balint Toth
hypereutectic Al-Si alloys
2466 E1.1-P-TUE-P1-27 Magnetic properties of severe plastic deformed Mn-Al alloys
Jozsef T. Szabo / Bay Zoltán Nonprofit
Ltd. for Applied Research / University
of Miskolc
Dmitriy Bataev / Chelyabinsk State
University
Dmitriy Karpenkov, Vladimir Khovaylo,
Konstantin Skokov, Sergey Taskaev,
Maxim Ulyanov
2508 E1.1-P-TUE-P1-28 Synthesis of Block-shaped Copolymer Materials Based on Poly(p- Young Taik Hong / KRICT
phenylene)s for Proton Exchange Membrane
2522 E1.1-P-TUE-P1-29 Gettering of metallic impurities by porous silicon layers formed on Abdelghani Boucheham / Centre de
multicrystalline silicon wafers
Djoudi Bouhafs, Nabil Khelifati
recherche en technologie des semiconducteurs pour l’energetique
P1
Symposium E2.1: Natural Materials
1976 E2.1-P-TUE-P1-1
2188 E2.1-P-TUE-P1-2
2321 E2.1-P-TUE-P1-3
2415 E2.1-P-TUE-P1-4
2423 E2.1-P-TUE-P1-5
2453 E2.1-P-TUE-P1-6
2572 E2.1-P-TUE-P1-7
Formaldehyde content in and formaldehyde and VOC emission
from particles and panels made from them
Alginate/caseinate microbeads for anionic dye removal from
acidic solutions
Biodegradable starch-based foam for its use for food packing
Energy absorption capability of crushed date palm leaf fiber
reinforced epoxy composites rectangular tubes
Semi-green Polymer Blend Based on PET/PLA: Compatibility and
Thermal Properties
Porous materials from glass bottles and rice husk as pore forming
agent
Voltammetric determination of heavy metals in fly ash extracts
Dominika Janiszewska /
Iwona Frąckowiak,
Adam Niesłochowski
Rana Kadri / Université de Lorraine
Ghazi Ben Messaoud, Stéphane
Desobry, Laura Sanchez-Gonzalez
Erwin Sepulveda / CIPA CHILE
Daniel Ochoa / Qatar University
Elsadig Mahdi Ahmed Saad
Delara Mahabadi / IPPI
Hamed Azizi, Ismaeil Ghasemi,
Mohammad Karabi
Antonio Pedro Novaes de Oliveira / Federal University of Santa Catarina (UFSC)
Mariola Maczuga / AGH - University of Łukasz Blum, Andrzej Bobrowski,
Agnieszka Kałus, Agnieszka Królicka,
Jerzy Zarębski
P1
Symposium F1.1: The Next Generation of Implants with Multi-functional Properties? Advances in the synthesis, process and surface modification
of Biomaterials
1177 F1.1-P-TUE-P1-1
1387 F1.1-P-TUE-P1-2
1491 F1.1-P-TUE-P1-3
1679 F1.1-P-TUE-P1-4
1832 F1.1-P-TUE-P1-5
1833 F1.1-P-TUE-P1-6
Synthesis and characterization of hydroxyapatite nanofibers using Nestor Mendez / UNAM
microwave heating
Justyna Witkowska / Warsaw University
Biocompatibility of oxidized layers on NiTi shape memory alloy
produced under glow discharge conditions
Miguel Apatiga, Eric Rivera, Rodrigo
Velazquez
Tomasz Borowski, Elżbieta Czarnowska,
Janusz Kamiński, Agnieszka Sowińska,
Tadeusz Wierzchoń
The surface of titanium dioxide after anodic oxidation and heating Jeremiasz Koper / Poznan University of Jaroslaw Jakubowicz
Technology
at decontamination temperature
Influence of biodegradable polymer coating on corrosion
behaviour of ZM21 magnesium alloy
Osteoinductive nanohybrid Graphene Oxide platform with HapNP
doped with Zn
Nanotopography of nitrided surface layers and biomimetic biofilm
effects on platelets adhesion
Agnieszka Witecka / Warsaw University Wojciech Święszkowski, Akiko
of Technolgy
Yamamoto
C. Santos / Escola Superior Tecnologia M.J. Carmezim, M. Cebotarenco,
Setúbal, Instituto Politécnico de Setúbal M.H. Fernandes, M.F. Montemor
Agnieszka Sowińska / The Children’s Memorial Health Institute
Joanna Bierła, Tomasz Borowski, Elżbieta Czarnowska, Tadeusz Wierzchoń
113
1863 F1.1-P-TUE-P1-7
1978 F1.1-P-TUE-P1-8
Csaba Balazsi / BAY ZOLTAN Ltd. for
Development of modified antimicrobial and biocompatible
Applied Research
calcium-phosphate/hydroxyapatite layers on metallic implant
materials
Hydroxyapatite-Quercetin composite nanocrystals for bone repair. Katia Rubini / University of Bologna
Influence of the cochlear implant electrode on the basilar
membrane vibrations
2234 F1.1-P-TUE-P1-10 Effect of boron addition on microstucture and mechanical
properties of Ti-40Nb alloy
2380 F1.1-P-TUE-P1-11 Tribological study of AlTiN, AlCrN, AlTiON, and AlCrON PVD
coatings on Co-Cr alloy
2154 F1.1-P-TUE-P1-9
Mónika Furkó
Adriana Bigi, Elisa Boanini, Lucia Forte,
Massimo Gazzano
Marcin Siwek / Faculty of Materials Science and Engineering, Warsaw University
of Technology
Esra Dokumaci / Dokuz Eylul University Elif Elden
M. A. L. Hernandez-Rodriguez /
E. Garcia-Sanchez, A. JuarezUniversidad Autonoma de Nuevo León Hernandez, T. J. Tijerina-González
P1
Symposium F3.2: Materials and Strategies for the In-vitro Simulation of Human In-vivo Conditions
1666 F3.2-P-TUE-P1-1
Evaluation of porcine aorta damage using FTIR spectroscopy
1987 F3.2-P-TUE-P1-2
The friction behaviour of natural and synthetic skin
2120 F3.2-P-TUE-P1-3
Application of FTIR spectroscopy for the identification of blood
vessel tissue damage by catheters - statistical interpretation of
the results
The influence study of stress on ageing process of zirconia-based Chong Wei / INSA de Lyon
materials by 3-point bending
2562 F3.2-P-TUE-P1-4
Jacek Wojnowski / West Pomeranian
Jolanta Baranowska / West
Pomeranian University of Technology
Paweł Michalski / West Pomeranian
University of Technology in Szczecin
Kiran Dellimore, Steve Franklin, Arjan
Mank, Chris Noble
Steven Franklin, Joanna Furgała
Konrad Kwiatkowski, Jacek Wojnowski
P2
Symposium A1.1: Materials for Energy Harvesting
1222 A1.1-P-WED-P2-1 Comparison of organic and aqueous inks in the preparation of
Natalia Rey-Raap / Instituto Nacional del Carbon
Jacques CHene
1520 A1.1-P-WED-P2-3 Relaxor strontium-barium niobate: a lead-free anizotropic
Atika Roustila / Université Mentouri
Constantine
Jan Dec / University of Silesia
1528 A1.1-P-WED-P2-4 All solid state thin-film lithium ion micro battery for energy
Alejandro Morata / IREC
Marcus Fehse, Elba Hernández, Albert
Tarancón, Marc Torrel
Li-ion battery anodes based on carbon xerogels with different
meso- or macropore sizes
1386 A1.1-P-WED-P2-2 XPS and AES study of hydrogen interaction on CeNi5 surface
electrocaloric material
harvesting applications
1565 A1.1-P-WED-P2-5 Optimization of SiNW density on thermoelectric micro-generators Jose Domingo Santos / Catalonia
Carlos Calaza, Diana Davila, Luis
Fonseca, Gerard Gadea, Alex Morata,
Marc Salleras, Albert Tarancon
1668 A1.1-P-WED-P2-6 Improved CO2 electroreduction selectivity on various non-metallic Albertus Handoko / National University Chung Shou Chen, Zheng Guang
of Singapore
Lee, Liyi Lin, Grayson Panetti, Boon
copper starting phases
Siang Yeo
2169 A1.1-P-WED-P2-7 A flexible nanogenerator based on piezoelectric polymer
Michael Smith / University of
Sohini Kar-Narayan, Richard Whiter
Cambridge
nanowires
Institute for Energy Research
2226 A1.1-P-WED-P2-8 Fast, Scalable Fabrication of Zinc Oxide Nanowires for Energy
Harvesting Applications
2237 A1.1-P-WED-P2-9 Hybrid Nanowires for Piezoelectric Nanogenerators
2458 A1.1-P-WED-P2-10 Magnetocaloric properties of cold rolled Gd100-xCx (x = 0..10)
intermetallic alloys
2459 A1.1-P-WED-P2-11 Influence of cold rolling on magnetocaloric properties of Gd100-
xInx (x = 0..6) solid solutions
2528 A1.1-P-WED-P2-12 Composition of Sb-doped Mg2Si materials investigated by X-ray
photoelectron spectroscopy
Canlin Ou /
Francesca Boughey, Timothy Davies,
Sohini Kar-Narayan
Francesca Boughey / University of
Cambridge
Sergey Taskaev / Chelyabinsk State
University
Tim Davies, Sohini Kar-Narayan
Dmitriy Bataev, Dmitriy Karpenkov,
Vlsdimir Khovaylo, Anatoliy Pellenen,
Konstantin Skokov, Maxim Ulyanov
Maxim Ulyanov / Chelyabinsk State
Dmitriy Bataev, Dmitriy Karpenkov,
University
Vladimir Khovaylo, Anatoliy Pellenen,
Konstantin Skokov, Sergey Taskaev
Alessia Famengo / National Research Council of Italy
P2
Symposium A2.1: Carbon nanotubes, graphene and general nanocomposites
1179 A2.1-P-WED-P2-1 Studies on particle dispersion of biodegradable polycaprolactone/ Onsy Dimitry / Egyptian Petroleum
montmorillonite nanocomposites
1191 A2.1-P-WED-P2-2 Mechanochemical Synthesis of TiC from Natural Rutile
Nahla Mansour, Azima Saad
Research Institute
1200 A2.1-P-WED-P2-3 Nafion/multi-wall carbon nanotubes composite modified glassy
Mohamed Bekhet Morsi / Central
Kamilia El-Barawy, Hamdy ElMetallurgical Research & Development Didamony, Mohamed El-Sadek
Institute
Hayati Filik / Istanbul University
1354 A2.1-P-WED-P2-4 Electrospinning of titanate nanotube / polyethylene oxide
Ruben Porras / University of Southampton
carbon electrode for sensitive determination of bilirubin
composite microfibres
1690 A2.1-P-WED-P2-5 Adsorption and Electrochemical Behaviour of Cyt-c on CNTs/TiO2, Emmanuel Topoglidis / University of Patras
Graphene/TiO2 and GO/TiO2 Nanocomposite Films
114
1759 A2.1-P-WED-P2-6 Preparation of graphene/polypropylene homo and copolymers
with significant changes in thermal stability, crystallinity
behaviour, mechanical and electrical properties
1876 A2.1-P-WED-P2-7 Thermophysical properties of Cu-C composites
1901 A2.1-P-WED-P2-8 The dendritic growth of polycrystalline graphene from a liquid
phase
1903 A2.1-P-WED-P2-9 Frictional behaviour of polycrystalline graphene grown on liquid
metallic matrix
1947 A2.1-P-WED-P2-10 Effect of BaTiO3 size on dielectric property of polyimide
nanocomposite film with high dielectric constant
Benavente Rosario / Instituto de
Ciencia y Tecnología de Polímeros,
ICTP-CSIC
González Darío, Pérez Ernesto, YazdaniPedram Mehrdad, Quijada Raúl
Marta Homa / Foundry Research
Natalia Sobczak
Institute
Anna Jedrzejczak / Lodz University of Technology
Angelika Michalska / Lodz University of Radomir Atraszkiewicz, Konrad
Technology
Dybowski, Dariusz Kazimierski, Lukasz
Kolodziejczyk, Piotr Kula, Robert
Pietrasik, Witold Szymanski
Jong Chan Won / Korea Research Institute of Chemical Technology
1948 A2.1-P-WED-P2-11 Preparation and dielectric properties of polyimide nanocomposite No Kyun Park / Korea Research Institute of Chemical Technology
films using polypyrrole (PPy)–polyimide (PI) core-shell
nanoparticles
1968 A2.1-P-WED-P2-12 High-solids antistatic epoxy coatings cured with cardanol-based
hardener filled with non-functionalized carbon nanoparticles
1983 A2.1-P-WED-P2-13 Temperature-dependent thermal properties of single-walled
Tadeusz Spychaj / Polymer Institute,
Krzysztof Kowalczyk, Szymon Kugler
West Pomeranian University of
Technology
Dariusz Kazimierski / Lodz University of Radomir Atraszkiewicz, Marian Cłapa,
Technology
Konrad Dybowski, Anna Jędrzejczak,
Leszek Klimek, Piotr Kula, Piotr
Niedzielski, Robert Pietrasik, Witold
Symański
Anna Dużyńska / Warsaw University of Technology Faculty of Physics
1994 A2.1-P-WED-P2-14 Flexible PI/BaTiO3 dielectric nanocomposite fabricated by
Yun Ho Kim / KRICT
2002 A2.1-P-WED-P2-15 High Strength Metallurgical Graphene (HSMGTM) growth on SiC
Piotr Zawadzki / Lodz University of
Technology
2067 A2.1-P-WED-P2-16 Effect of layered double hydroxide on adsorption of water onto
Marcela Piassi Bernardo / UFScar
1975 A2.1-P-WED-P2-13 Resistance - Temperature Characteristics of CVD and High
Strenght Metallurgical Graphene (HSMG)
carbon nanotube thin films
electrospinning
nanoparticles as 3D structure for reversible hydrogen storage
poly(acrylamide)-methylcellulose hydrogels
2129 A2.1-P-WED-P2-17 Production of copper-MWCNT composites by powder injection
moulding
2313 A2.1-P-WED-P2-18 Microstructure evolution of copper matrix composite with carbon
nanotubes during ball milling process
Changsuk Bok, No Kyun Park, Dong
Hak Seo, Jong Chan Won, Hyun Woo
Yoon
Radomir Atraszkiewicz, Anna
Jędrzejczak, Łukasz Kaczmarek,
Łukasz Kołodziejczyk, Piotr Kula, Piotr
Niedzielski, Anna Sobczyk-Guzenda
Flávio Augusto Cavadas Andrade, Caue
Ribeiro
T. J. Ferreira / University of Coimbra
- CEMUC
M. T. Vieira
Justyna Stolarska / IMIM PAN
w Krakowie
Jan Dutkiewicz, Wojciech Maziarz,
Barbara Olszowska Sobieraj, Anna
Wójcik
Luis Simón Monllor
2331 A2.1-P-WED-P2-19 Infiltration kinetics of TiC-doped mesophase pitch in porous
José Miguel Molina Jordá / University
of Alicante
2361 A2.1-P-WED-P2-20
Magdalena Jurczyk-Kowalska /
Ewelina Kozikowska, Izabela Osica
Dimitrios Papageorgiou / University of
Manchester
Ian Kinloch, Robert Young
2439 A2.1-P-WED-P2-21
2451 A2.1-P-WED-P2-22
2497 A2.1-P-WED-P2-23
2523 A2.1-P-WED-P2-24
2598 A2.1-P-WED-P2-25
performs
The mechanical, thermal properties and flammability of
nanomodified polyamide 6
Temperature-dependent properties of polypropylene filled with
graphite nanoplatelets at high loadings
Role of an organoclay as compatibilizer for an immiscible
biopolymer pair and properties of the extruded blend
Residual Strength of carbon fiber/epoxy laminates filled with
carbon nanotubes
The effect of flake diameter on the structure and reinforcement of
HDPE-graphene composites
Synthesis and Characterization of Epoxy/CNT Nanocomposites
Cristina Andrade / Universidade Federal Willian Ferreira
do Rio de Janeiro
Sakineh Khajavi / Amirkabir University
of Technology (Tehran Polytechnic)
Mostafa Samadzadeh
Konstantinos Chrissafis / Aristotle University of Thessaloniki
Abdullah Alhuthali / Taif University
P2
Symposium B1.1: Lightweight (Al, Mg, Ti-based) Alloys
1171 B1.1-P-WED-P2-1 Towards nanostructured AA6063 alloy in equal channel angular
extrusion by engineering the initial microstructure
1194 B1.1-P-WED-P2-2 Effect of plasticity on precipitates growth kinetics during
thermomechanical fatigue tests
1337 B1.1-P-WED-P2-3 Deformation behavior of extruded magnesium alloy in a form of
rectangular profiles studied by the acoustic emission technique
1498 B1.1-P-WED-P2-4 Influence of the raw materials on the melt quality of the alloy
AlMg5
1586 B1.1-P-WED-P2-5 New grains nucleation during recrystallization in highly deformed
zones of particle containing AA3004 aluminium alloy
Seyed Farzin Razavi / Department
of Materials Engineering, Science
and Research Branch, Islamic Azad
University, Iran
Francois-Xavier Hoche / MINESParisTech, PSL – Research University,
Centre des Matériaux, UMR CNRS
7633, BP 87, 91003 Évry, France
Klaudia Horváth / Charles University
in Prague
Meysam Kiani
Alain Köster, Loeïz Nazé, Pierre
Osmond, Luc Rémy
Jan Bohlen, Patrik Dobron, Daria
Drozdenko
Thomas Doppler / University of Leoben, Helmut Antrekowitsch, Holm Böttcher,
Institute of Nonferrous Metallurgy
Werner Fragner
Magdalena Miszczyk / Polish Academy Henryk Paul
of Sciences, Institute of Metallurgy and
Materials Science
115
1625 B1.1-P-WED-P2-6 Qualification tests of rapid solidified aluminium alloys for vacuum Floriane Leaux / CERN
chambers applications
1649 B1.1-P-WED-P2-7 Chemical composition influence on the electrical conductivity and Łukasz Poloczek / Silesian University of Bartłomiej Dybowski, Robert Jarosz,
hardness of AlSi5Mg, AlSi7Mg, AlSi9Mg casting alloys
1652 B1.1-P-WED-P2-8 Complex microstructure of the AlSi7Mg alloy in the as-cast and
heat treated conditions
1723 B1.1-P-WED-P2-9 Modelling of Friction Stir Welding Processes through a New Finite
Element Analysis Tool
2051 B1.1-P-WED-P2-10 Properties of Sintered Alumix 431D aluminium alloys after
different thermal cycles
2056 B1.1-P-WED-P2-11 Effect of plastic deformation and pH on the corrosion behaviour of
Ti–10Mo–4Zr and Ti–6Al–4V alloys in the Ringer’s solution
Technology
Andrzej Kiełbus
Bartłomiej Dybowski / Silesian
Iwona Bednarczyk, Andrzej Kiełbus,
Łukasz Poloczek, Kinga Rodak
Yingtao Tian / University of Manchester Yingchun Chen, Jefri Draup, Philip
Prangnell, Joseph Robson, Hao Wu
Barbara Kozub / Cracow University of
technology
Jan Kazior, Mateusz Laska, Aneta
Szewczyk-Nykiel
Joanna Loch / AGH University of
Paulina Erasmus-Vignal, Halina
Krawiec, Vincent Vignal, Alicja
Łukaszczyk
Krzysztof Kubiak, Maciej Motyka, Jan
Sieniawski
2098 B1.1-P-WED-P2-12 Microstructural factors in the fatigue and creep behaviour of two- Waldemar Ziaja / Dept. of Materials
phase titanium alloy
2124 B1.1-P-WED-P2-13 Influence of 2% Niobium on the Microstructures and Wear
Resistance of Austenitic Manganese Steel
2138 B1.1-P-WED-P2-14 Microstructure characterization of aluminium alloy 6013 during
recrystallization process by means of in-situ annealing and
orientation microscopy in TEM and SEM
2333 B1.1-P-WED-P2-15 Structure analysis of the core/shell type strengthening phases in
2024 aluminium alloy after T6I6 aging process
Science, Rzeszow University of
Technology
Hichem Maouche / Welding and NDT Research Centre CSC, URASM
Magdalena Bieda / Institute of
Jakub Kawałko, Krzysztof Sztwiertnia
Marek Klich / Institute of Materials
Science and Engineering, Lodz
Bogusława Adamczyk-Cieślak,
Bartłomiej Januszewicz, Łukasz
Kaczmarek, Daniel Kottfer, Karol Kyzioł,
Jarosław Mizera, Hanna Radziszewska,
Mariusz Stegliński
2441 B1.1-P-WED-P2-16 A6061/Al60Nb40 crystalline-amorphous composites processed by Sylwia Dabrowska / Warsaw University Dariusz Oleszak
of Technology Faculty of Material
mechanical alloying and powder compaction
2446 B1.1-P-WED-P2-17 Inelastic properties of alloys, SiO2 and automated system of
Anatoliy Onanko / Kyiv national university
anisotropy visualization
2452 B1.1-P-WED-P2-18 Aluminum-Bismuth-Tin ternary alloys: Thermal parameters and
Thiago Costa / UNICAMP
José Marcelino Dias Filho, Emmanuelle
Freitas, Amauri Garcia
microstructure evolution
2550 B1.1-P-WED-P2-19 Magnesium influence on the mechanical and electrical properties Justyna Wiecheć / AGH University of Science and Technology in Kraków, Faculty
of Non-ferrous Metals
of AlSi11Mg casting aluminum alloys after different heat
treatment conditions
2569 B1.1-P-WED-P2-20 Kinetic studies of silicon layer deposition on Ti-46Al-8Ta alloy.
Katarzyna Rubacha / AGH University of Elżbieta Godlewska
P2
Symposium B1.2: New Trends in Design and Development of Advanced Steels
1254 B1.2-P-WED-P2-1 Effect of ausforming on the microstructural characteristics of a
low temperature nanostructured bainitic steel
1258 B1.2-P-WED-P2-2 Microstructural characterization and comparison of low carbon
1632 B1.2-P-WED-P2-3
1706 B1.2-P-WED-P2-4
1749 B1.2-P-WED-P2-5
1859 B1.2-P-WED-P2-6
1860 B1.2-P-WED-P2-7
steel wires
Microstructure characterization of p23/p91 heterogeneous welds
after long-term creep exposure at 550 and 550°C
Experimental and Numerical study of Springback in Advanced
High Strength Steels Dual Phase.
Experimental and Numerical study of Springback in Advanced
High Strength Steels Dual Phase.
Characterization by Dilatometry and Differential Thermal Analysis
of pressure Die Cast X38CrMoV5-1 Steel Parts and an Alternative
Manufacturing Process
Resistance to wear and rolling contact fatigue of bearing steel
with nanocrystalline structure
Behzad Avishan / Department of
Materials Engineering, Azarbaijan
Shahid Madani University, Tabriz, Iran.
Zeghda Larouk / Constantine
University 1
Sahand Golchin, Maryam KabirMohamadi, Sasan Yazdani
Vlastimil Vodárek / VSB - Technical
University of Ostrava
Jan Holešinský, Zdeněk Kuboň, Lucie
Střílková
Houcine Bouhalais, Bachir Gheribi,
Reda Khantoul
Yeison Parra / Uiversidad Nacional
Yeison Parra / Uiversidad Nacional
Jose Arroyo, Rodolfo Rodriguez
Pilar Valles González / National Institute Iñigo Amurrio, Sebastián Medina, Ana
for Aerospace Technology
Pastor Muro
1950 B1.2-P-WED-P2-8 Analysis Of Microstructure of A286 Superalloy
Julita Dworecka / Warsaw University
Pilar Valles / INTA
2039 B1.2-P-WED-P2-9 The phase transformations in hypoeutectoid steels Mn-Mo-Cr-Ni
Edyta Rożniata / AGH University of Science and Technology
2097 B1.2-P-WED-P2-11 Selective laser melting of a Fe-based oxide dispersion
Kiriakos Moustoukas /
strengthened alloy powder produced by a reactive gas
atomisation process
2162 B1.2-P-WED-P2-12 Influence of the annealing time on the state of residual stress in
welded joints on 7CrMoVTiB10-10 steel
2199 B1.2-P-WED-P2-13 Effect of ionic surfactants solution on the cavitation erosion of
P110 steel
2442 B1.2-P-WED-P2-14 High resolution scanning transmission electron microscopy (HR
STEM) analysis of sub-surface structure of deuterium-loaded
EUROFER steel
116
Elżbieta Jezierska, Witold
Piekoszewski, Krzysztof Rożniatowski,
Wiesław Świątnicki
Maria Garcia, Sofia Garrido, Ana Pastor
Thomas Boegelein
Kazimierz Bolanowski / Politechnika Åšwiętokrzyska
Bartłomiej Karpiński / Gdańsk
Marek Szkodo
Elzbieta Fortuna-Zalesna / Warsaw University of Technology
2456 B1.2-P-WED-P2-15 The cavitation erosion impact on P110 steel coated by fusion
bonded epoxy.
2480 B1.2-P-WED-P2-16 Chips of the tool steel to PIM
Łukasz Bolewski / Gdańsk University of Technology
Maria Teresa Vieira / University of
Coimbra
Ana Rita Farinha, Bruno Trindade
P2
Symposium B2.3: Advanced Ceramic Composites
1630 B2.3-P-WED-P2-1 Nanostructured Modifiers Influence on the Characteristics of
Vladimir Urbanovich / SSPA “ScientificPractical Materials Research Centre of
NAS of Belarus”
1751 B2.3-P-WED-P2-2 Study of dielectric constant of SiC powder up to 1200ºC. Influence Javier Narciso / Alicante University
Zirconia and Alumina Ceramics
of the type SiC
2011 B2.3-P-WED-P2-3 Mechanisms study of combustion synthesis of titanium carbide
based composites
Nikolai Krutko, Lyudmila Ovseenko,
Alexandr Shevchenok, Tatyana
Ulyanova, Petr Vitiaz
Giuseppe Annino, Mario Caccia
Hafida Boutefnouchet / University of Annaba
P2
Symposium B3.2: Metal-Matrix Composites
1237 B3.2-P-WED-P2-1 Electrodeposition and corrosion resistance composite coatings
Ni-graphene
1442 B3.2-P-WED-P2-2 Functional composite materials with the participation of phases
show superconductivity effect
1564 B3.2-P-WED-P2-3 Microstructure and mechanical properties of aluminium matrix
composites with AlCuFe quasicrystal additions
Anna Gajewska-Midzialek / Institute of Benigna Szeptycka
Precision Mechanics
Joanna Gołębiewska-Kurzawska /
Barbara Juszczyk, Szymon Malara,
INSTITUTE OF NON-FERROUS METALS Łukasz J. Wierzbicki
Mikołaj Mitka / Institute of Metallurgy
and Materials Science - Polish
Academy of Sciences
1853 B3.2-P-WED-P2-4 Syntesis of aluminum-fly ash composites with halloysite addition Aleksandra Siewiorek / Foundry
Research Institute
by GPDI method and their characterisation
Jan Dutkiewicz, Anna Góral, Lidia
Lityńska-Dobrzyńska
1878 B3.2-P-WED-P2-5 The influence of the Al2O3 powder morphology on the properties
Katarzyna Pietrzak, Witold Węglewski
Agata Strojny-Nędza / Institute of
Electronic Materials Technology
of Cu-Al2O3 composites and FGM’s
1979 B3.2-P-WED-P2-6 Evaluation of tribological properties of copper matrix composites Barbara Juszczyk / Institute of Nonfor slide bearings with different type of lubricating phase particles Ferrous Metals
1993 B3.2-P-WED-P2-7 Effect of carbon allotropic forms on microstructure and thermal
properties of Cu-C composites produced by SPS
Katarzyna Pietrzak / Institute of
2000 B3.2-P-WED-P2-8 Design and fabrication of experimental AM50 magnesium matrix
Elżbieta Przełożyńska / Czestochowa
University of Technology, Institute of
Materials Engineering
2187 B3.2-P-WED-P2-9 Comparision of structural, mechanical and corrosion properties
Marcin Grobelny / Motor Transport
of multilayer graphene hybrid systems coupled with Ti6Al4V alloy Institute
composite with titanium particles by stir casting method
surface
Andrzej Czulak, Maik Gude, Rafal
Kozera, Piotr Malczyk, Natalia Sobczak
Beata Cwolek, Joanna Kulasa,
Szymon Malara, Witold Malec, Łukasz
Wierzbicki
Marcin Chmielewski, Marta Homa,
Natalia Sobczak, Agata Strojny-Nedza,
Rafał Zybała
Katarzyna Braszczyńska-Malik
Jarosław Judek, Małgorzata Kalisz,
Mariusz Sochacki, Mariusz Zdrojek
2262 B3.2-P-WED-P2-10 Al-MoSi2 particulate composites produced by flux aided casting:
Alexander E. Karantzalis / University of Ioannina
2349 B3.2-P-WED-P2-13 Microstructure of AlN-rich composite zones produced in situ in
of Miskolc
Marta Gajewska / AGH University of Science and Technology, Academic Centre
for Materials and Nanotechnology
Assessment of microstructure, sliding wear, solid particle erosion
and aqueous corrosion behaviour
2264 B3.2-P-WED-P2-11 Fabrication of TiC reinforced composites by Vacuum Arc Melting: Alexander E. Karantzalis / University of Ioannina
TiC mode of re-precipitation in different molten metals and alloys
2302 B3.2-P-WED-P2-12 Preparation of nano- and microparticles with high mechanical
Peter Baumli / 1. Bay Zoltán Nonprofit Ali Al-Azzawi, George Kaptay, Gabor
Ltd. for Applied Research; 2. University Mucsi
properties
aluminium
2581 B3.2-P-WED-P2-14 Colored Aluminium Metal-Matrix Composites: Technology and
Properties
2609 B3.2-P-WED-P2-15 Properties of Ni3Al - diamond composites sintered by Pulsed
Plasma Sintering
2610 B3.2-P-WED-P2-16 Durability of the cutting blades from WCCo/diamond composite in
machining AlSi21CuNi silumin
2054 B3.2-P-WED-P2-17 Technological aspects of synthesis of Cu-matrix composites
using Cu powder coated with 3DIMP graphene produced by
TermoCarboFluid® process
Ivan Danilov / Alu Menziken Extrusion
AG
Hans Adams
Konrad Cymerman / Warsaw University of Technology
Joanna Wachowicz / Warsaw University of Technology
Tomasz Babuł
2636 B3.2-P-WED-P2-18 Evaluation of phase composition of FeAl based intermetallic composites Sylwia Ciołek, Stanisław Jóźwiaka, Krzysztof Karczewski
reinforced with Al2O3 particles
P2
Symposium C1.1: Severe Plastic Deformation and Nanostructuring
1330 C1.1-P-WED-P2-1 The influence of pressure on the microstructure, mechanical
Peter Bazarnik / Warsaw University of Technology, Faculty of Materials Science
properties and homogeneity of HPT processed 5483 aluminium
alloy
1349 C1.1-P-WED-P2-2 Thermal stability of the ultrafine-grained Al-2.3Li aluminum alloy Jarosław Mizera / Faculty of Materials Bogusława Adamczyk-Cieślak,
Krzysztof Jan Kurzydłowski
processed by severe plastic deformation
117
1385 C1.1-P-WED-P2-3 Atomic scale characterization of deformation induced mixing in
immiscible Cu-Co composite materials
1395 C1.1-P-WED-P2-4 Diversity of microstructures of the austenitic stainless steel
produced by HE
1399 C1.1-P-WED-P2-5 Low-temperature mechanical properties of the ultrafine-grained
Andrea Bachmaier / Chair of Materials
Science and Methods, Saarland
University
Agnieszka Krawczynska / Warsaw
University of Technology, Faculty of
Materials Science and Engineering
Elena Tabachnikova /
titanium obtained by a torsion extrusion
1496 C1.1-P-WED-P2-6 Determination of Aging Regimes in Ultrafine-Grained Low-Alloyed Daria Shangina / A.A. Baikov Institute
of Metallurgy and Materials Science
Bronzes after Equal Channel Angular Pressing
1544 C1.1-P-WED-P2-7 Microstructure evolution in aluminium 6060 during Incremental
ECAP
Hisham Aboulfadl, Christian Motz,
Frank Mücklich, Marina Pfaff
Mariusz Kulczyk, Małgorzata
Lewandowska
Igor Psaruk
Natalia Bochvar, Sergey Dobatkin
of RAS
Marta Lipinska / Faculty of Materials Science and Engineering, Warsaw
1609 C1.1-P-WED-P2-8 Microstructure evolution of an Austenitic Stainless Steel severely
Peyman Asghari Rad / University of
Tehran
1671 C1.1-P-WED-P2-9
Giribaskar Sivaswamy / Advanced
Gouthama, Venkitanarayanan
Forming Research Centre, University of Parameswaran, Chidambaram S
Strathclyde, Glasgow
1755 C1.1-P-WED-P2-10
1814 C1.1-P-WED-P2-11
1990 C1.1-P-WED-P2-12
deformed by the repetitive corrugation and straightening by rolling
and subsequent annealing
Microstructural Characteristics of Ultra-Fine Grained Al-3%Mg
Alloy subjected to High Strain Rate Compression Test by Split
Hopkinson Pressure Bar Technique
High-cycle fatigue behaviour of ultrafine-grained 5483 and
precipitation strengthened 7475 aluminum alloys at room and
elevated temperature
Effect of creep and aging on the precipitation kinetics of an Al-CuAlloy after ECAP
Microstructure, phase transformations and mechanical properties
of HPT nanostructured cobalt
2079 C1.1-P-WED-P2-13 The effect of heat treatment on phase composition and
mechanical properties of rapidly solidified and plastically
consolidated RS442 aluminium alloy
2137 C1.1-P-WED-P2-14 Influence of Heat Treatment and Severe Plastic Deformation on
the Mechanical Properties of Aluminium Alloy AA2024
2298 C1.1-P-WED-P2-15 Hydrostatic extrusion of titanium with Al coating obtained using
the magnetron technique
Kamil Majchrowicz / Warsaw University Maciej Giżyński, Maciej Karny, Mariusz
of Technology
Kulczyk, Zbigniew Pakieła
Markus Härtel / TU Chemnitz
Kevin Abstoß, Philipp Frint, Peter Mayr,
Swetlana Wagner, Martin Wagner
Elena Tabachnikova / B. Verkin Institute
for Low Temperature Physics &
Engineering
Maciej Motyka / Rzeszow University of
Technology
David Geist, Aleksey Podolskiy, Erhard
Schafler, Michael Zehetbauer
Marek Betiuk / Institute of Precision
Mechanics
Paulina Byczkowska / Lodz University
of Technology
2345 C1.1-P-WED-P2-17 Mechanical Behavior of Severely Deformed Titanium at Elevated
Seyedvahid Sajadifar / Ozyegin
University
Temperatures
2428 C1.1-P-WED-P2-18 Simulation of Superplastic Forming of Ti6Al4V sheets for the
prediction of thickness distribution and pressure time cycle
2506 C1.1-P-WED-P2-19 Modelling of the slip systems activation in the hydrostatic
extrusion process by finite element method
Witold Chrominski, Kamil Gancarczyk,
Jan Sieniawski, Tomasz Tokarski,
Waldemar Ziaja
Christpher Schunk / Materials Science Mathias Göken, Heinz Werner Höppel
& Engineering I
2315 C1.1-P-WED-P2-16 Analysis of the impact of the three-stage saturation on the
strengthening of Al-Sc alloy during SPD treatments
Mahmoud Nili-Ahmadabadi, Hassan
Shirazi
Marta Botana Galvin / UCA
Romuald Dobosz / Warsaw University
of Technology
Andrzej Czyzniewski, Mariusz Kulczyk,
Anna Makuch, Wacek Pachala, Sylwia
Przybysz, Jacek Skiba
Bogusława Adamczyk-Cieślak,
Zbigniew Gawroński, Bartłomiej
Januszewicz, Łukasz Kaczmarek,
Dariusz Oleszak, Jacek Sawicki,
Mariusz Stegliński, Jacek Świniarski
Guney Yapici
Antonio Aragon, Javier Botana, Cristina
Churiaque, Victor Gil, Jose Maria
Sanchez Amaya
Witold Chrominski, Krzysztof
Kurzydlowski, Malgorzata
Lewandowska
P2
Symposium C2.2: Interface Design and Modelling
1279 C2.2-P-WED-P2-1 A Case Study on the Influence of Heat Treatment on Hydrogen
Dag Lindholm / Institute for Energy Technology
Diffusion and Residual Stresses in Repair Welding of Clad Pipes
2001 C2.2-P-WED-P2-2 Application of the critical gradient concept to first phase formation Mykola Pasichnyy / Bohdan
Khmelnytskyy National University at
in Cu/Sn nano-multilayered systems
2544 C2.2-P-WED-P2-3 Inverse Problems for the Nernst-Planck and Poisson Model;
Determination of Diffusion Coefficients in Cement Based Materials
Andriy Gusak, Jolanta Janczak-Rusch,
Lars Jeurgens, Oleksii Liashenko
Cherkasy
Janusz Fausek / AGH
P2
Symposium C2.3: Wetting and High-Temperature Capillarity
1868 C2.3-P-WED-P2-1 Grain boundary wetting in the titanium-based alloys
Alena Gornakova / ISSP RAS
1869 C2.3-P-WED-P2-2 The effect of the third component on the microstructure and grain Alena Gornakova / ISSP RAS
boundary wetting in Zr-Nb-X (Cr, Cu, Sn and Fe) alloys
1880 C2.3-P-WED-P2-3 The grain boundary wetting phase transitions in the Cu-Co system Olga Kogtenkova / Institute of Solid State Physics RAS
2061 C2.3-P-WED-P2-4 High temperature interaction of liquid Gd-Ti alloys with Y2O3 and Natalia Sobczak / Foundry Research Institute
ZrO2 substrates
2075 C2.3-P-WED-P2-5 Influence of the grain boundary character on the transition from
incomplete to complete wetting in cu-in system
118
Alexander Straumal / ISSP RAS
2094 C2.3-P-WED-P2-6 Basic studies on reactive infiltration
Javier Narciso / Allicante University
2632 C2.3-P-WED-P2-10 Wettability and reactivity of liquid HAYNES 282 alloy with MgO
Antonio Camarano, José Miguel
Molina, Alberto Ortona, Danilo Sergi
Peter Baumli / 1. Bay Zoltán Nonprofit Máté Czagány, George Kaptay, Jozsef
Ltd. for Applied Research, Engineering Pálkovács, László Somlyai-Sipos,
Division (BAY-ENG) Miskolc; 2.
Gergely Vaskó
University of Miskolc, Dept. of
Nanotechnology
Katarzyna Berent / AGH University
Tomasz Gancarz, Michał Muszyński,
of Science and Technology,
Janusz Pstruś
Academic Centre for Materials and
Nanotechnology
Janusz Pstrus / Institute of Metallurgy Katarzyna Berent, Tomasz Gancarz,
and Materials Science, Polish Academy Piotr Ozga
of Sciences
Robert Purgert / Energy Industries of Ohio
2633 C2.3-P-WED-P2-11 High temperature behavior of liquid tin on graphene-coated copper
Marcin Grobelny / Motor Transport Institute
2297 C2.3-P-WED-P2-7 Investigation of wettability in molten metal/solid metal systems
2352 C2.3-P-WED-P2-8 Wetting of Cu pads by AlZn-Si alloys and growth of intermetallic
phases at the interface
2474 C2.3-P-WED-P2-9 Interfacial phenomena at interface of liquid solder SnZnCu alloys
with Cu and Cu/graphene substrate
foil
P2
Symposium C3.3 Advanced Surface Coating and Plating Techniques
1231 C3.3-P-WED-P2-1 Influence of the aluminium incorporation on the properties
electrodeposited ZnO thin films
1236 C3.3-P-WED-P2-2 Electrophoretic Deposition And Characterisation Of SiO2 And Ni/
SiO2 Coatings On 316l Stainless Steel
1326 C3.3-P-WED-P2-3 Nanocrystalline Nickel Dispersed with Hydrolyzed Nano-Size
Tungsten Oxide Particles by Electrodeposition
1340 C3.3-P-WED-P2-4 Effect of surfactants on the electrodeposition of Zn-Mo and Zn-Sn
layers from aqueous citrate electrolytes
Ahmed EL HICHOU / UCA
Tomasz Ratajski / AGH University of
Beata Dubiel
Tomoki Mifune / Doshisha University
Hiroshi Fujiwara, Takuya Goto, Hiroyuki
Miyamoto
Agnieszka Hara / Institute of Metallurgy
and Materials Science of Polish
Academy of Sciences
1421 C3.3-P-WED-P2-5 Multilayer and functionally-graded Gd2Zr2O7/YSZ thermal barrier José Orts / Instituto de Tecnología
Cerámica (ITC), Asociación de
coatings
Investigación de las Industrias Cerámicas
(AICE). Universitat Jaume I (UJI)
1493 C3.3-P-WED-P2-6 The structure, mechanical and tribological properties of the HVOF Lukasz Boron / Foundry Research
Institute
sprayed WC-Co coating on Al-Si alloy substrate
Honorata Kazimierczak, Piotr Ozga
1568 C3.3-P-WED-P2-7 Hf-modified aluminide layers on nickel based superalloy Inconel
Malgorzata Zagorska / Warsaw
Krzysztof Jan Kurzydlowski, Jaroslaw
Mizera, Ryszard Sitek
1594 C3.3-P-WED-P2-8
Ionel Mercionu / National Institute of Materials Physics
1600 C3.3-P-WED-P2-9
1624 C3.3-P-WED-P2-10
1699 C3.3-P-WED-P2-11
1840 C3.3-P-WED-P2-12
1841 C3.3-P-WED-P2-13
1933 C3.3-P-WED-P2-14
1944 C3.3-P-WED-P2-15
1946 C3.3-P-WED-P2-16
1962 C3.3-P-WED-P2-17
1964 C3.3-P-WED-P2-18
2020 C3.3-P-WED-P2-19
740
HRTEM Detailed Analysis of Oxides Structures of Y, Ta doped
NiCrAl compounds for TBC
High quality intermetallic coatings produced by CombustionAssisted Flame SpraYing (“CAFSY”) of base metal powders
Several aspects concerning chemical stability and microstructural
effects of thermal treatments on TBCS’s
Properties of carbon coatings formed in glow-discharge
conditions on modified 316L stainless steel
Three kinetics of grain growth in thin Ag films
Some peculiarities of the grain growth in Ag films
Silver Nanoparticle Surface Functionalized Alumina Filters for
Disinfection of Potable Water
The Influence of the Work Hardened Austenitic Stainless Steel on
Crack Formation of the S-phase
The Influence of Carbide Formation during Pack-chromizing
Coating
Low Temperature Screen Plasma Technology for Low ChromiumMolybdenum Mold Steel
The Low Friction Phenomenon on High-carbon Sintered-Steel by
Pack-chromizing Coating Process
Grain boundary induced ferromagnetism in nanograined ZnO
2334 C3.3-P-WED-P2-20 Analysis of functionally graded coatings via nonlinear measures
2398 C3.3-P-WED-P2-21 Design and modeling of nitrided layer by using controlled gas
nitriding processes
George Vekinis / NCSR
Amparo Borrell, Eugeni Cañas, Pablo
Carpio, Dolores Salvador, Enrique
Sánchez, Mónica Vicent
Marzanna Ksiazek, Adam Tchorz
Amalia Marinou, Galina Xanthopoulou
Aurel-Mihai Vlaicu / National Institute of Matrials Physics
Tomasz Borowski / Warsaw University of Technology, Faculty of Materials
Vera Sursaeva / Institute of Solid State Physics
Vera Sursaeva / Institute of Solid State Physics RAS
Wilson Acchar / Federal University of
Rio Grande do Norte
Guillermo Cabala
Sungwook Mhin / Korea Institute of
Industrial Technology
Yong Ki Cho, Sang-Gweon Kim,
Jae-Hoon Lee, Kook-Hyun Yeo
Kook-Hyun Yeo / Korea Institute of
Yong Ki Cho, Sang-Gweon Kim,
Jae-Hoon Lee, Sungwook Mhin
Yong Ki Cho / Korea Institute of
Sang-Gweon Kim, Jae-Hoon Lee,
Sungwook Mhin, Kuk-Hyun Yeo
Sang-Gweon Kim / Korea Institute of
Yong Ki Cho, Jae-Hoon Lee, Sungwook
Mhin, Kuk-Hyun Yeo
Svetlana Protasova / ISSP RAS
Brigitte Baretzky, Eberhardt Goering,
Andrey Mazilkin, Gisela Schütz, Boris
Straumal, Peter Straumal, Thomas
Tietze
Przemysław Bartosik, Adam Gilewicz,
Jerzy Ratajski
Kryspin Burdyński, Jerzy Michalski,
Jerzy Ratajski, Zbigniew Łataś
Łukasz Szparaga / Koszalin University
of Technology
Piotr Wach / Institute of Precision
Mechanics
2448 C3.3-P-WED-P2-22 Cr2AlC-like MAX phase clusters growth in layer-by-layer approach Vladimir Vishnyakov / University of Huddersfield
2521 C3.3-P-WED-P2-23 Influence of Si content on mechanical properties and thermal
stability of Ti-B-Si-N coatings prepared by magnetron sputtering
Marek Pleva / Department of Experimental Physics, Faculty of Mathematics,
Physics and Informatics, Comenius University, Bratislava, Slovakia
119
P2
Symposium C4.2: Additive Manufacturing
1696 C4.2-P-WED-P2-1 Failure analysis of the FeAl intermetallic components
manufactured by Laser Engineered Net Shaping (LENS)
1698 C4.2-P-WED-P2-2 The influence of travel speed on microstructure of Fe3Al
fabricated by Laser Engineered Net Shaping (LENS) method
Tomasz Durejko / Military University of Zbigniew Bojar, Zenon Komorek, Michał
Technology
Ziętala, Magdalena Łazińska
Magdalena Łazińska / Military
Tomasz Durejko, Michał Ziętala
Univeristy of Technology / Department
of Advanced Materials and
Technologies
1721 C4.2-P-WED-P2-3 On the Energy Density Model for Process Optimisation of Selective Noriko Read / University of Birmingham Moataz Attallah, R. Mark Ward, Jan
White
Laser Melting
1808 C4.2-P-WED-P2-4 Properties anisotropy in Selective Laser Melted (SLM) Titanium
2147 C4.2-P-WED-P2-5 Effect of the product thickness on the mechanical properties of
titanium produced by means of selective laser melting
2167 C4.2-P-WED-P2-6 Graft polymerization of maleic anhydride on new P3HB/PBS-DLA
polymeric blend during melt extrusion process
Bartłomiej Wysocki / Warsaw University
Barbara Romelczyk / Warsaw University
of Technology, The Faculty of Materials
Science and Engineering,
Bogusława Gradzik / West Pomeranian
Agnieszka Krawczyńska, Piotr Maj,
Wojciech Święszkowski, Joanna
Zdunek
Tomasz Brynk, Edward Chlebus,
Jaroslaw Kurzac, Tomasz Kurzynowski,
Zbigniew Pakiela
Mirosława El Fray, Maria Pilar
Fernández-Ronco, Rudolf Hufenus
P2
Symposium D1.1: Imaging, Diffraction and Tomography
1383 D1.1-P-WED-P2-1 QHRTEM investigation on growth evolution of the residual strain
Corneliu Ghica / National Institute of Materials Physics
1397 D1.1-P-WED-P2-2
Raluca Florentina Negrea / National Institute of Materials Physics
1422 D1.1-P-WED-P2-3
1619 D1.1-P-WED-P2-4
1797 D1.1-P-WED-P2-5
1810 D1.1-P-WED-P2-6
2126 D1.1-P-WED-P2-7
in epitaxial films
Atomic scale characterization of interfaces in ferroelectric
epitaxial multilayers by STEM and EELS
Residual stresses in the ceramic layers of casting mold
determined by X-ray diffraction method
A New Segmentation Strategy Compensating FIB/SEM
Tomography Artefacts
Microstructural investigations of Allvac 718Plus superalloy for
aeronautics and power generation
Chemical and physical characterisation of some NHL binders and
the correlation with the mechanical properties of conservation
mortars
Texture evolution of pure aluminum subjected to hydrostatic
extrusion process.
2153 D1.1-P-WED-P2-8 Stochastic modeling of the microstructure of aluminum matrix
composites
Joanna Zdunek / Warsaw University of Rafał Cygan, Krzysztof J. Kurzydłowski,
Technology
Jarosław Mizera, Ryszard Sitek
Jan Giesebrecht / FEI
Grzegorz Cempura / AGH University of Aleksandra Czyrska-Filemonowicz,
Adam Kruk, Sebastian Lech
Cristiano Figueiredo / University of Bath Richard Ball, Mike Lawrence
Dorota Jakubowska / Warsaw
University of Technology, Materials
Science and Engineering Faculty
Oliver Wirjadi / Fraunhofer ITWM
2232 D1.1-P-WED-P2-9 Anisotropic compressibility of carbonated hydroxyapatite in tooth Paul Zaslansky / Charité -
2271 D1.1-P-WED-P2-10
2323 D1.1-P-WED-P2-11
2355 D1.1-P-WED-P2-12
2399 D1.1-P-WED-P2-13
dentine measured under hydrostatic pressure by high energy
X-ray diffraction
Effect of hot isostatic pressing on the porosity of aircraft engine
turbine blades
Microstructural changes of turbine blades made of IN-713C nickel
superalloy after hot isostatic pressing
ANKAphase software for single-distance phase-retrieval from
inline X-ray phase contrast radiographs
Methods of revealing macro- and microstructure for selected
Ni-based superalloys
Gwenole Tallec
Universitätsmedizin Berlin
Bogusława Adamczyk-Cieślak, Mariusz
Kulczyk, Krzysztof Jan Kurzydłowski,
Jarosław Mizera
Frank Balle, Tilmann Beck, Dietmar
Eifler, Katharina Losch, Claudia
Redenbach, Sebastian Schuff
Claudia Fleck, Jean-Baptiste Forien,
Christina Krywka, Emil Zolotoyabko
Stanisław Roskosz / Silesian University Rafał Cygan
of Technology
Barbara Kościelniak / Silesian
Bartosz Chmiela, Stanisław Roskosz
Alexander Rack / ESRF - The European David Haas, Timm Weitkamp
Synchrotron
Agnieszka Szczotok / Silesian University of Technology
P2
Symposium D1.2: Spectroscopy
1320 D1.2-P-WED-P2-1 Identifying sub-oxide phases at the metal-oxide interphase
developed on pure zirconium using Raman spectroscopy
technique.
2586 D1.2-P-WED-P2-2 Spectroscopic investigations on various oxyanions substituted
hydroxyapatites
Jean-Luc Grosseau-Poussard /
University of La Rochelle
Jacek Jagielski, Iwona Jozwik, Lukasz
Kurpaska
Joanna Kolmas / Medical University of Warsaw
P2
Symposium D2.2: Interface-Related Damage and Failure
1430 D2.2-P-WED-P2-1 Ductile damage for Dual Phase Steel Using Continuum Damage
Mechanics
1433 D2.2-P-WED-P2-2 Influence of thermal processing temperatures in fatigue crack
propagation for a High Strength Steel S690QL
120
Kimberly Ávila-Balaguera / Universidad Rodolfo Rodriguez-Baracaldo
Nacional de Colombia-Bogotá
Kimberly Ávila-Balaguera / National
University of Colombia- Bogotá
Edgar Espejo-Mora, Rodolfo
Rodriguez-Baracaldo
1479 D2.2-P-WED-P2-3 Characterization and modeling of ductile damage accumulation in Alvise Miotti Bettanini / UCL, Université Guillaume Badinier, Laurent Delannay,
martensitic stainless steels
catholique de Louvain
2058 D2.2-P-WED-P2-4 Long-term monitoring of sandwich composite structure by fiber-
optic strain gauges
2450 D2.2-P-WED-P2-5 Evolution of microstructure during creep crack propagation in
9-12% Cr tempered martensite ferritic steel X20
2525 D2.2-P-WED-P2-6 Damage detection in composite structures using active
thermography - case studies
2611 D2.2-P-WED-P2-7 Effect of hydrogen on stress corrosion cracking in the highstrength magnesium alloys Mg-Y-RE-Zr
Pascal J. Jacques, Jean-Denis
Mithieux, Thomas Pardoen
Dita Jiroutova / Czech Technical University in Prague, Klokner Institute
Shirin Fahimi / Ruhr-Universität
Bochum
Victoria A. Yardley
Tadeusz Uhl / University of Science and Piotr Helstein, Lukasz Pieczonka,
Technology AGH
Jakub Roemer, Mariusz Szwedo
Maria Sozańska / Silesian University of Technology
P2
Symposium D2.3: Characterization of the Mechanical Aspects of Hydrogen Embrittlement, Corrosion and Environmental Degradation
1368 D2.3-P-WED-P2-1 Superior fatigue properties under a hydrogen gas environment
Koki Fukuda / Kyushu University
1391 D2.3-P-WED-P2-2
Velissarios Demetriou / University of Manchester
1420 D2.3-P-WED-P2-3
1426 D2.3-P-WED-P2-4
1436 D2.3-P-WED-P2-5
1441 D2.3-P-WED-P2-6
1458 D2.3-P-WED-P2-7
1462 D2.3-P-WED-P2-8
1465 D2.3-P-WED-P2-9
1476 D2.3-P-WED-P2-10
1549 D2.3-P-WED-P2-11
1663 D2.3-P-WED-P2-12
1738 D2.3-P-WED-P2-13
associated with HCP-martensitic transformation in high Mn
austenitic steel
Optimising the microstructure of Nickel based alloy UNS N07718
for oil and gas applications
Hydrogen Embrittlement of binary Fe-Mn austenitic alloys
Influence of strengthening mechanisms on the hydrogen
embrittlement of steels at different charging and load conditions
Hydrogen-assisted damage evolution in Fe-32Ni-0.2C austenite/
martensite dual-phase steel
Fatigue properties of low alloy steel JIS-SCM435 and carbon steel
JIS-SM490B in high-pressure hydrogen gas
The Role of Non-metallic Inclusions in Hydrogen-induced Fracture
of High-strength Carbon Steels
Experimental approach to clarify hydrogen effects on strain aging
in carbon steel
Effect of grain size on hydrogen-related crack propagation in a
high-Mn TWIP steel
Hydrogen-related fracture behaviors at various strain rates in a
low-carbon martensitic steel
Effect of hydrogen on shear-mode fatigue crack growth in bearing
steel under rolling contact loading
Effect of Hydrogen on Deformation Behavior of 21Cr-6Ni-9Mn
Austenitic Stainless Steels
Fretting Fatigue Properties in Hydrogen Containing Impurities
1884 D2.3-P-WED-P2-14 Hydrogen-induced texture changes in iron-based alloys
1890 D2.3-P-WED-P2-15 Atomic level study of hydrogen-induced degradation on offshore
steels using electron microscopy
Motomichi Koyama / Kyushu University Shota Okazaki, Kaneaki Tsuzaki
Waldemar Krieger / Max-Planck-Institut für Eisenforschung GmbH
Tatsuya Nagashima / Kyushu-university Motomichi Koyama, Kaneaki Tsuzaki
Yuhei Ogawa / Kyushu university
Hisao Matsunaga, Saburo Matsuoka,
Junichiro Yamabe, Michio Yoshikawa
Olga Todoshchenko / Aalto University
Hannu Hänninen, Yuriy Yagodzinskyy
Takuro Ogawa / Kyushu University
Motomichi Koyama, Hiroshi Noguchi
Yu Bai / Kyoto University
Yuji Momotani, Akinobu Shibata,
Nobuhiro Tsuji
Yuji Momotani / Kyoto University
Akinobu Shibata, Nobuhiro Tsuji
Hisao Matsunaga / Kyushu University
Hiroki Komata, Saburo Matsuoka,
Junichiro Yamabe
Junko Matsuda / Kyushu University
Mark Homer, Douglas Medlin, Brian
Somerday, Josh Sugar
Ryosuke Komoda / Graduate School of Jader Furtado, Masanobu Kubota
Kyushu University
Vladyslav Shyvaniuk / G.V. Kurdyumov Georgiy Mogilny, Mykola Okorokov,
Institute for metal physics
Jean-Marc Olive
Domas Birenis / University of Oslo
1929 D2.3-P-WED-P2-16 Hydrogen Embrittlement at the Interface of Clad Steel Pipe
Lise Jemblie / The Norwegian
University of Science and Technology
2150 D2.3-P-WED-P2-17 Effect of chemical composition of mud on the cavitation erosion
Mateusz Kmieć / Gdańsk University of
Technology
2163 D2.3-P-WED-P2-18
Olivier Hubert / UCL
Produced by Hot-Roll Bonding
2217 D2.3-P-WED-P2-19
2379 D2.3-P-WED-P2-20
2385 D2.3-P-WED-P2-21
2476 D2.3-P-WED-P2-22
of P110 steel
The influence of diffusible hydrogen on the mechanical behavior
of third generation steels with a bainite-martensite matrix
exhibiting a TRIP effect
Sensitivity analysis of cohesive zone model parameters to
simulate hydrogen embrittlement effect
A Development of the Observation Method for Small Shear-Mode
Fatigue Crack Growth in a Vacuum and Its Applications
Evaluation of Hydrogen Absorption Properties of Ferritic Ductile
Cast Iron by Hydrogen Microprint Technique
Corrosion resistance of steel pipes for use as casing for wells in
natural gas industry
2570 D2.3-P-WED-P2-23 Hydrogen storage behavior in Quenching and Partitioning treated
low-carbon martensitic stainless steel
2592 D2.3-P-WED-P2-24 The role of grain boundaries in delayed cracking on metallic
materials
Motomichi Koyama, Kaneaki Tsuzaki
Odd Magne Akselsen, Antonio Alvaro,
Helena Bjaaland, Bård Nyhus, Vigdis
Olden
Michał Antoszkiewicz, Marek Szkodo
Giorgia Gobbi / Politecnico di Milano
Chiara Colombo, Laura Vergani
Yuichi Ikeda / Fukuoka University
Takashi Matsuo, Kiyotaka Munaoka
Taishi Ogawa / Fukuoka University
Takashi Matsuo
Milena Bochenek / Warsaw University
of Technology
Jacek Banas, Anna Dobkowska,
Boguslaw Mazurkiewicz, Jaroslaw
Mizera, Wojciech Solarski, Ewa Ura Binczyk
Eiji Akiyama, Yuuji Kimura, Setsuo
Takaki, Toshihiro Tsuchiyama
Junya Tobata / Kyushu university
Sathiskumar Jothi / Swansea University
121
P2
Symposium E3.1: Materials for Transportation
1334 E3.1-P-WED-P2-1
1505 E3.1-P-WED-P2-2
1765 E3.1-P-WED-P2-3
1823 E3.1-P-WED-P2-4
2148 E3.1-P-WED-P2-5
2304 E3.1-P-WED-P2-6
Correlation between preparing conditions, starting materials
morphology and the interface structure of the Cu-Al2O3
composites
Microstructure stability and element partitioning of 2nd and
4th generation SC superalloys for turbine blades during creep
deformation at high temperature
Analysis of formability of Inconel 625 alloy in terms of
microstructure and mechanical properties at high temperature
Processing and properties of pressure infiltrated aluminaaluminum graded composites with application to brake discs
Friction and wear of tin bronze-carbon composites made by stir
casting
Polypropylene - zinc oxide nanocomposite filter media
Design of composites for thermal management: Aluminium
reinforced with diamond-containing bimodal particle mixtures
2336 E3.1-P-WED-P2-8 Al4C3: is its presence desired for the stability of Al/diamond
composites?
2435 E3.1-P-WED-P2-9 Mechanical characterization and acoustic properties of the
metallic foam with open cell of Tin-Lead binary alloy
2599 E3.1-P-WED-P2-10 Physical and Mechanical Properties of Natural Fiber Reinforced
Vinyl-Ester Eco-nanocomposites
2328 E3.1-P-WED-P2-7
Agata Strojny-Nędza / Institute of
Andrzej Gładki, Dariusz M. Jarząbek,
Katarzyna Pietrzak
Maciej Zietara / AGH University of
Aleksandra Czyrska-Filemonowicz,
Adam Kruk
Piotr Maj / Warsaw University of
Technology
Bogusława Adamczyk-Cieslak,
Jaroslaw Mizera
Justyna Jakubowska / IPPT
Joanna Kulasa / Institute of NonFerrous Metals
Beata Cwolek, Barbara Juszczyk,
Szymon Malara, Witold Malec, Łukasz
J. Wierzbicki
Szymon Jakubiak / Warsaw University Krzysztof Kurzydłowski, Jakub
of Technology
Michalski, Justyna Tomaszewska
José Miguel Molina Jordá / University of Alicante
osé Miguel Molina Jordá / University
of Alicante
Enrique Louis, Ivonne Eliana Monje
Abd-Elmouneïm Belhadj / Université
Docteur Yahia Fares de Médé
Salam Abudura, Mohammed Azzaz,
Amel Hind Hassein-Bey
Abdullah Alhuthali / Taif University
P2
Symposium E4.1: Materials for Extreme Environments
Effective parameters on microstructure and properties of EB-PVD
NiCrAlY coating
1318 E4.1-P-WED-P2-2 Influence of V Concentration on the Mechanical Properties of the
CoCrFeNiMnVx High-Entropy Alloy in Temperature Range 300-4.2
K
Hooman Rahmani / Iran University of Science and Technology
Influence of the notch root radius on the fracture toughness of
brittle metals: nanostructure tungsten alloy, a case study
Refractories based on chromite and ferrous wastes produced by
SHS
High heatflux laser testing of HfB2 cylinders
The Role of Aggregates in the Thermal Stability of Mg-PSZ
Refractories for Vacuum Induction Melting.
Preparation and characterization of carbon fiber reinforced ZrB2/
SiC composite by precursor infiltration and pyrolysis process
Jose Ygnacio Pastor
1187 E4.1-P-WED-P2-1
1331 E4.1-P-WED-P2-3
1603 E4.1-P-WED-P2-4
1806 E4.1-P-WED-P2-5
1807 E4.1-P-WED-P2-6
2424 E4.1-P-WED-P2-7
Elena Tabachnikova / B. Verkin Institute
for Low Temperature Physics and
Engineering of National Academy of
Sciences of Ukraine, 47 Lenin Ave.,
Kharkov, 61103, Ukraine
Teresa Palacios / Universidad
Politécnica de Madrid
Natalia Bereznaia, Marina Laktionova,
Aleksey Podolskiy, Mikhail Tikhonovsky,
A Tortika
George Vekinis / NCSR
Konstantinos Bangos, Galina
Xanthopoulou
Luc Vandeperre / Imperial College London
Luc Vandeperre / Imperial College London
Niranjan Patra / Imperial College
London
Daniel Doni Jayaseelan, William
Edward Lee
P2
Symposium F2.1: Materials in Regenerative Medicine, Nanomedicine and for Drug Delivery
Eggshell membrane as a biomaterial for tissue engineering
applications - nanoscale approach
1510 F2.1-P-WED-P2-2 Hypericin-loaded iron oxide nanoparticles for bi-selective drug
delivery
1407 F2.1-P-WED-P2-1
Surface properties of plasma modified HAp/pHBV composite
membranes for bone regenation
1680 F2.1-P-WED-P2-4 Microstructural and biological characterization of polymer
scaffolds for tissue engineering
1740 F2.1-P-WED-P2-5 Fabrication and characterization of short polymer nanofibers for
biomedical applications
1576 F2.1-P-WED-P2-3
1744 F2.1-P-WED-P2-6
1745 F2.1-P-WED-P2-7
Co-axial electrospun nanofibers for bone tissue engineering
In vitro degradation of PLA/bioglass nonwovens
Effect of diameter of fiber fabricated from blend of
polycaprolactone/poly(lactide-co-glycolide) on their selected
physicochemical properties during in vitro degradation
1778 F2.1-P-WED-P2-9 Crosslinking stages of 3D printed alginate for cartilage tissue
engineering
1748 F2.1-P-WED-P2-8
122
Adrian Chlanda / Warsaw University of Technology
Harald Unterweger /
Universitätsklinikum Erlangen
Christoph Alexiou, Aldo R. Boccaccini,
Christina Janko, Wolfgang Peukert,
Daniel Subatzus, Rainer Tietze
Oylum Colpankan / Dokuz Eylul University
Joanna Karbowniczek / AGH University of Science and Technology
Ewelina Kozikowska / Faculty of
Wojciech Święszkowski, Katarzyna
Zalewska-Wierzbicka
Katarzyna Zalewska-Wierzbicka / Warsaw Univeristy of Technology
Anna Matras / Faculty of Materials
Zaneta Kublik / Warsaw University of
Technology
Marc Batista, Oscar Castaño, Elisabeth
Engel, Małgorzata Lewandowska, Agata
Roguska
Adrian Chlanda, Joanna Idaszek,
Alicja Kosik / The Faculty of Materials Science and Engineering
1798 F2.1-P-WED-P2-10 Effect of Anti-Aging Peptides of Fibroblasts
Ida Dulinska-Molak / Faculty of
Irena Eris, Monika Pasikowska,
Chiara Rinoldi / Warsaw University of Technology
1856 F2.1-P-WED-P2-11 3D scaffolds system for cell growth and proliferation
1862 F2.1-P-WED-P2-12 Novel biogenic hydroxyapatite based ceramic nanocomposites as Csaba Balazsi / BAY ZOLTAN Ltd. for
Katalin Balazsi, Orsolya Tapasztó
Nehar Celikkin / Warsaw University of
Technlogy
2086 F2.1-P-WED-P2-14 Effect of glucose on glutathione-responsiveness of polysaccharide Angel Concheiro / University of
Santiago de Compostela
nanoparticles
implant materials
1936 F2.1-P-WED-P2-13 UV crosslinked naturally derived polymers for tissue engineering
Applied Research
Carmen Alvarez-Lorenzo, Barbara
Blanco-Fernandez, Manuela Curcio,
Francesco Puoci
2465 F2.1-P-WED-P2-15 Degradable hybrid composites based of poly(ε-caprolactone) PCL Zbigniew Draczyński / Department of Maciej Boguń, Marta Błażewicz,
Material and Commodity Sciences and Paulina Król, Izabella Krucińska,
and polysacharide fibres containing nanoadditives
Textile Metrology
Elżbieta Menaszek, Ewa Stodolak-Zych,
Grzegorz Szparaga
2518 F2.1-P-WED-P2-16 Characterization of nanoporous titania layers formed on Ti6Al4V
Abdelghani Boucheham / Centre de
Ahcene Karaali
recherche en technologie des semisubstrate by anodization for odontological application
conducteurs pour l’energetique
2575 F2.1-P-WED-P2-17 The structure of silico-phosphate glasses from KCaPO4-SiO2
Aleksandra Wajda / AGH University of Katarzyna Bułat, Maciej Sitarz
system and their direct crystallization process
P2
Symposium F3.1: Materials Interactions with Human Tissue and Implications in Medical Device Design
1425 F3.1-P-WED-P2-1
Evaluation of sintering time of NiTi from elemental powders
1635 F3.1-P-WED-P2-3
Confocal Microscopy
Development of ï ¢-Ti textured coatings on Ti6Al4V deposited by
sputtering
Marcus Silvestre / Universidade
Felipe Barros, Peterson Ferrandini
Estadual Paulista
1469 F3.1-P-WED-P2-2 In situ Damage Evaluation of Porcine Aorta Tissue using Standard Zing Siang Lee / University of Sheffield
Pressure sensitive silicone composite for minimally invasive
applications
1760 F3.1-P-WED-P2-5 In-vitro degradation kinetics of novel biodegradable PLA/
Magnesium composites
1729 F3.1-P-WED-P2-4
1916 F3.1-P-WED-P2-6
Microstructural-level studies on constitutive modelling of bone
tissue
2017 F3.1-P-WED-P2-7
Polytetrafluoroethylene thin films for medical application
deposited by Pulsed Electron Beam Deposition method
2191 F3.1-P-WED-P2-8
Methodology for determination of low friction coefficients – the
effect of geometry in tribological systems
Emilio Frutos Torres / Department
Tomas Polcar
of Control Engineering, Faculty of
Electrical Engineering, Czech Technical
University in Prague
Zygmunt Staniszewski / West Pomeranian University of Technology in Szczecin
Benavente Rosario / Instituto de
Ciencia y Tecnología de Polímeros,
ICTP-CSIC
Anna Makuch / Institute of Precision
Mechanics & Departament of
Construction Engineering and
Biomedical Engineering, Warsaw
Jolanta Baranowska / West
Pomeranian University of Technology,
Institute of Materials Science and
Engineering
Konrad Kwiatkowski / West Pomeranian
González-Carrasco José Luis, Saldaña
Laura, Lieblich Marcela, Cifuentes
Sandra C., Lorenzo Vicente
Marek Pawlikowski, Konstanty Skalski
Roman Jędrzejewski, Konrad
Kwiatkowski, Joanna Piwowarczyk
Steven Franklin, Magdalena
Kwiatkowska
123
124
Index
Index
Abstract Id Symposium
1938
C3.3-O-TUE-AM2-4
2606
F1.1-O-TUE-AM2-4
1346
E1.1-P-TUE-P1
1316
D2.3-O-WED-PM1-4
2542
B1.3-P-TUE-P1
1385
C1.1-P-WED-P2
1460
B1.3-P-TUE-P1
1814
C1.1-P-WED-P2
2435
E3.1-P-WED-P2
1518
D3.3-P-TUE-P1
1933
C3.3-P-WED-P2
1604
B3.1-H-TUE-AM2-1
1765
E3.1-P-WED-P2
1349
C1.1-P-WED-P2
2126
D1.1-P-WED-P2
2333
B1.1-P-WED-P2
2315
C1.1-P-WED-P2
1757
C2.1-P-TUE-P1
1818
C2.1-P-TUE-P1
1801
C2.1-P-TUE-P1
2581
B3.2-P-WED-P2
1207
F3.2-O-TUE-PM1-2
1617
D2.1-O-TUE-PM1-2
1620
D2.1-O-TUE-PM1-3
1451
C3.2-O-TUE-AM2-2
2186
D1.1-O-WED-AM1-3
1825
C4.1-P-TUE-P1
1501
B1.1-O-TUE-AM2-4
1794
B1.3-P-TUE-P1
1380
C2.1-O-MON-PM1-4
2415
E2.1-P-TUE-P1
1291
C1.1-O-MON-PM2-5
1316
D2.3-O-WED-PM1-4
1346
E1.1-P-TUE-P1
1282
B1.3-O-TUE-PM1-4
2570
D2.3-P-WED-P2
2245
D2.3-H-WED-PM1-1
1929
D2.3-P-WED-P2
1253
F1.1-O-TUE-AM1-6
1253
F1.1-O-TUE-AM1-6
2302
B3.2-P-WED-P2
2401
A1.2-P-TUE-P1
1955
C3.3-O-MON-PM2-4
2063
C2.1-P-TUE-P1
1220
D3.1-P-TUE-P1
2358
C4.2-O-WED-PM1-1
1409
A1.1-O-WED-PM1-2
1361
B3.1-P-TUE-P1
2440
D1.2-H-THU-AM2-3
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
1263
A2.1-O-TUE-AM2-3
2186
D1.1-O-WED-AM1-3
2342
F1.1-O-TUE-AM1-3
1588
B1.3-O-MON-PM2-5
1510
F2.1-P-WED-P2
1526
D1.3-O-MON-PM1-2
2599
E3.1-P-WED-P2
2598
A2.1-P-WED-P2
2274
F1.1-O-MON-PM2-5
2565
C4.2-O-WED-PM1-2
2418
C2.2-O-WED-AM1-3
1871
A1.3-H-TUE-AM1-2
1875
D1.2-I/K-WED-PM1-1
2405
A2.1-O-TUE-AM1-3
2406
A2.1-O-TUE-PM1-3
2086
F2.1-P-WED-P2
2080
F2.1-I/K-THU-AM2-1
1775
F2.1-O-WED-AM2-1
1929
D2.3-P-WED-P2
1702
D2.3-O-WED-AM1-3
2063
C2.1-P-TUE-P1
2285
C4.2-O-THU-AM1-2
2254
B3.2-O-WED-PM1-3
1775
F2.1-O-WED-AM2-1
1607
D3.3-O-TUE-AM1-3
2134
B1.3-O-TUE-AM2-4
1378
B1.3-H-WED-AM1-1
2314
D2.1-O-MON-PM2-2
126
Author
Aaboubi, Omar
Abd El-Azim, Ahmed
Abdelouas, Abdesselam
Abdelouas, Abdesselam
Aboki, Tiburce A.M.
Aboulfadl, Hisham
Abrosimova, Galina
Abstoß, Kevin
Abudura, Salam
Acar, Ayse Nur
Acchar, Wilson
Adam, Frank
Adamczyk-Cieslak, Bogusława
Adamczyk-Cieślak, Bogusława
Adamiec, Janusz
Adamiec, Janusz
Adamiec, Janusz
Adams, Hans
Adams, Michael
Adkins, Nicholas
Adkins, Nicholas
Adriaensens, Peter
Aebersold, Arthur
Agraval, Pavel
Agudo Jácome, Leonardo
Aguilar, Claudio
Ahmad, Sarfraz
Ahmed Saad, Elsadig Mahdi
Ahn, Byungmin
Ait Chaou, Abdelouahed
Ait Chaou, Abdelouahed
Akhatova, Alfiya
Akiyama, Eiji
Akiyama, Eiji
Akselsen, Odd Magne
Al Bimani, Atika
al ghaithi, Ahmed
Al-Azzawi, Ali
Alaaeddine, Mooslem
Alba Galvín, Juan Jesús
Alba Galvin, Juan Jesus
Albar, Arwa
Albert, Marcel
Alberti, Alessandra
Albrektas, Darius
Albu, Mihaela
Alcobé, Xavier
Alcobé, Xavier
Aleman, Belén
Alexander, Duncan
Alexander, Duncan
Alexandrov, Dmitry
Alexiou, Christoph
Algarabel, Pedro Antonio
Alhuthali, Abdullah
Alhuthali, Abdullah
Alini, Mauro
AlMangour, Bandar
Almosni, S.
Altantzis, Thomas
Altantzis, Thomas
Alvarez Ramirez, Fernando
Alvarez Ramirez, Fernando
Alvarez-Lorenzo, Carmen
Alvarez-Lorenzo, Carmen
Alvarez-Perez, Marco Antonio
Alvaro, Antonio
Alvaro, Antonio
Amaya-Vazquez, Margarita R.
Ambrosio, Elisa
Ambrosio, Elisa Paola
Ambrosio, Luigi
Amendt, Philipp
Amiya, Kenji
Amiya, Kenji
Amodeo, Jonathan
1859
B1.2-P-WED-P2
2190
A1.3-P-TUE-P1
2190
A1.3-P-TUE-P1
2451
A2.1-P-WED-P2
1305
D2.1-P-TUE-P1
1877
A1.3-O-TUE-AM2-3
2485
E4.1-O-WED-PM1-2
1548
C2.2-O-TUE-PM1-4
1482
D1.1-O-TUE-PM1-4
1909
F1.1-O-MON-PM2-6
2205
A2.1-O-WED-AM2-1
2089
B2.3-O-THU-AM1-4
2274
F1.1-O-MON-PM2-5
1996
D1.2-O-WED-AM2-3
2454
D1.2-H-WED-PM1-4
1751
B2.3-P-WED-P2
1213
B2.3-O-WED-PM1-3
1811
E2.1-O-MON-PM2-2
1830
E2.1-O-MON-PM2-5
2531
C4.3-H-MON-PM1-2
1960
A1.3-O-TUE-AM2-2
2536
C4.3-I/K-MON-PM1-1
2150
D2.3-P-WED-P2
1498
B1.1-P-WED-P2
2205
A2.1-O-WED-AM2-1
2089
B2.3-O-THU-AM1-4
1957
C2.1-P-TUE-P1
2047
D1.3-O-MON-PM2-4
1628
D3.3-O-TUE-PM1-3
1621
B3.2-O-WED-AM2-5
1177
F1.1-P-TUE-P1
2082
C3.3-O-TUE-PM1-4
1851
D1.3-O-MON-PM2-3
2265
F2.1-O-WED-PM1-2
1970
A1.3-O-TUE-AM1-4
2043
B1.3-P-TUE-P1
2219
F1.1-O-MON-PM1-2
2428
C1.1-P-WED-P2
2489
D2.3-O-THU-AM2-4
1631
D2.2-H-THU-AM2-4
2354
A2.1-O-TUE-AM2-6
2427
A1.3-O-MON-PM2-4
2368
D1.2-O-WED-PM1-3
2319
D1.3-O-MON-PM2-2
2477
E1.1-I/K-MON-PM1-1
1460
B1.3-P-TUE-P1
2165
B2.2-O-TUE-AM2-5
1526
D1.3-O-MON-PM1-2
1749
B1.2-P-WED-P2
1533
E1.1-H-MON-PM2-1
1609
C1.1-P-WED-P2
2206
D2.1-P-TUE-P1
1980
D1.1-O-WED-AM1-4
2437
C2.1-I/K-MON-PM1-1
1903
A2.1-P-WED-P2
2002
A2.1-P-WED-P2
1904
A2.1-O-TUE-AM1-2
1620
D2.1-O-TUE-PM1-3
1721
C4.2-P-WED-P2
1617
D2.1-O-TUE-PM1-2
2286
A1.3-O-MON-PM2-5
2067
A2.1-P-WED-P2
2285
C4.2-O-THU-AM1-2
1430
D2.2-P-WED-P2
1433
D2.2-P-WED-P2
1629
C2.1-O-TUE-AM1-4
2524
B1.2-O-TUE-PM1-1
1254
B1.2-P-WED-P2
1238
D2.3-O-WED-AM1-4
1855
B1.1-O-TUE-PM1-3
2218
C2.2-O-WED-AM1-5
1507
E4.1-O-WED-PM1-4
2423
E2.1-P-TUE-P1
2435
E3.1-P-WED-P2
2229
B1.1-O-WED-PM1-3
1392
D1.1-I/K-TUE-PM1-1
2294
C3.3-O-WED-PM1-6
1695
C4.3-O-MON-PM1-4
1385
C1.1-P-WED-P2
Author
Amurrio, Iñigo
Anagnostakis, Anastasios
Anastasiadis, Spyros H.
Andrade, Cristina
Andre, Damien
André, Paulo
Andrew, Sophie
Andrzejczuk, Mariusz
Andrzejczuk, Mariusz
Anglada, Marc
Anglada, Marc
Anglada, Marc
Anglada, Marc
Anjum, Dalaver H.
Annand, Kirsty
Annino, Giuseppe
Annino, Giuseppe
Ansell, Martin
Ansell, Martin
Anselmann, Ralf
Anthony, Rebecca
Anthopoulos, Thomas
Antoszkiewicz, Michał
Antrekowitsch, Helmut
Antti, Marta-Lena
Antti, Marta-Lena
Anyszkiewicz, Jacek
Aouine, Mimoun
Aparicio Anglès, Xavier
Aparicio-Fernández, Rosaura
Apatiga, Miguel
Aperathitis, Elias
Arab, Madjid
Arab-Tehrany, Elmira
Arab-Tehrany, Elmira
Aracena, Alvaro
Arafat, M. Tarik
Aragon, Antonio
Araujo, Leonardo
Archie, Fady
Arenal, Raul
Arenal, Raul
Arenal, Raul
Arenal, Raul
Armstrong, David E.J.
Aronin, Aleksandr
Arquis, Eric
Arras, Remi
Arroyo, Jose
Arushanov, E
Asghari Rad, Peyman
Asif, Syed
Asta, Mark
Asthana, Rajiv
Atraszkiewicz, Radomir
Attallah, Moataz
Attallah, Moataz
Attallah, Moataz
Attias, André-Jean
Augusto Cavadas Andrade, Flávio
Aversa, Alberta
Ávila-Balaguera, Kimberly
Ávila-Balaguera, Kimberly
Aviles, Ignacio
Avishan, Behzad
Avishan, Behzad
Awane, Tohru
Awang Draup, Awang Jefri
Ayad, Esma
Azem, Said
Azizi, Hamed
Azzaz, Mohammed
Babanly, Mustafa
Babout, Laurent
Babul, Tomasz
Baby, Tessy
Bachmaier, Andrea
2393
F3.2-O-TUE-PM1-5
1479
D2.2-P-WED-P2
1803
C2.3-O-THU-AM1-5
1465
D2.3-P-WED-P2
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
1931
C3.2-O-MON-PM2-3
1861
A2.1-O-WED-AM1-2
1862
F2.1-P-WED-P2
1863
F1.1-P-TUE-P1
1862
F2.1-P-WED-P2
1861
A2.1-O-WED-AM1-2
1429
D2.1-P-TUE-P1
1637
D3.1-O-TUE-AM2-2
2103
B3.1-P-TUE-P1
1810
D1.1-P-WED-P2
1830
E2.1-O-MON-PM2-5
1811
E2.1-O-MON-PM2-2
2153
D1.1-P-WED-P2
2186
D1.1-O-WED-AM1-3
2117
C4.1-O-TUE-AM2-3
1871
A1.3-H-TUE-AM1-2
1875
D1.2-I/K-WED-PM1-1
1843
F1.1-O-MON-PM2-4
1400
C3.3-O-THU-AM1-2
2476
D2.3-P-WED-P2
1603
E4.1-P-WED-P2
1473
F1.1-O-TUE-AM2-3
1877
A1.3-O-TUE-AM2-3
2135
C3.3-O-WED-PM1-4
1886
F3.1-O-WED-PM1-2
2017
F3.1-P-WED-P2
1987
F3.2-P-TUE-P1
1951
D1.1-O-TUE-AM2-4
1746
C2.2-H-TUE-AM2-2
2406
A2.1-O-TUE-PM1-3
2090
E1.1-P-TUE-P1
2152
C4.1-H-TUE-AM2-1
2016
C1.1-O-MON-PM2-3
2018
C1.1-O-MON-PM1-3
1804
C1.1-O-WED-AM2-2
2020
C3.3-P-WED-P2
1376
C1.1-O-MON-PM1-4
2155
C1.1-O-MON-PM1-5
2019
C2.3-O-WED-PM1-3
2269
B1.3-O-TUE-AM2-3
1845
E2.1-I/K-MON-PM1-1
1587
B3.2-O-WED-AM2-4
2540
C4.3-H-TUE-AM2-2
2484
C3.3-H-WED-AM1-1
2155
C1.1-O-MON-PM1-5
1211
B2.2-H-TUE-PM1-1
1889
E1.1-O-MON-PM2-4
1521
B1.1-O-TUE-AM1-2
1389
A1.3-P-TUE-P1
1228
A2.1-O-WED-AM2-4
1425
F3.1-P-WED-P2
2208
A2.1-H-WED-PM1-5
2078
F2.1-O-WED-PM1-4
1877
A1.3-O-TUE-AM2-3
2334
C3.3-P-WED-P2
1247
F1.1-O-MON-PM1-4
2198
D1.3-P-TUE-P1
2005
E3.1-O-WED-AM2-2
1247
F1.1-O-MON-PM1-4
2342
F1.1-O-TUE-AM1-3
2590
C4.1-H-MON-PM2-1
2466
E1.1-P-TUE-P1
2459
A1.1-P-WED-P2
2458
A1.1-P-WED-P2
1745
F2.1-P-WED-P2
1937
D1.2-H-WED-AM2-4
1665
B1.3-O-WED-AM1-5
2297
C2.3-P-WED-P2
2303
D3.3-P-TUE-P1
2302
B3.2-P-WED-P2
1772
D3.2-O-THU-AM2-2
1330
C1.1-P-WED-P2
2477
E1.1-I/K-MON-PM1-1
Author
Bader, Dan
Badinier, Guillaume
Bagnato, Osmar
Bai, Yu
Bailo, E
Bailo, E
Balakrishna, Geetha
Balazsi, Csaba
Balazsi, Csaba
Balazsi, Csaba
Balazsi, Katalin
Balazsi, Katalin
Bale, Hrishikesh
Baletto, Francesca
Balke, Katarzyna
Ball, Richard
Ball, Richard
Ball, Richard
Balle, Frank
Ballif, Christophe
Balogh, Zoltán
Bals, Sara
Bals, Sara
Balvay, Sandra
Balzer, Martin
Banas, Jacek
Bangos, Konstantinos
Bannier, Emilie
Bantignies, Jean-Louis
Baran, Özlem
Baranowska, Jolanta
Baranowska, Jolanta
Baranowska, Jolanta
Baranowski, Jacek
Baras, Florence
Barber, David
Bárdos, András
Baretzky, B.
Baretzky, Brigitte
Baretzky, Brigitte
Baretzky, Brigitte
Baretzky, Brigitte
Baretzky, Brigitte
Baretzky, Brigitte
Baretzky, Brigitte
Baricco, Marcello
Barlow, Patsy
Baron, Christian
Barquinha, Pedro
Barquinha, Pedro
Barrado, Mariano
Barraud, Elodie
Barrioz, Vincent
Barrirero, Jenifer
Barron, Andrew
Barron, Andrew
Barros, Felipe
Barsan, Oana Andreea
Barthes, Julien
Bartlett, John
Bartosik, Przemysław
Barucca, Gianni
Baruchel, Jose
Basista, Michal
Bassoli, Elena
Bastiaansen, Jessica
Basykh, Viktoriia
Bataev, Dmitriy
Bataev, Dmitriy
Bataev, Dmitriy
Batista, Marc
Batlle, X.
Battezzati, Livio
Baumli, Peter
Baumli, Peter
Baumli, Peter
Bayle, Jean-Philippe
Bazarnik, Peter
Beake, Ben
Index
1881
C3.3-O-THU-AM1-4
1561
E4.1-O-WED-PM1-3
2153
D1.1-P-WED-P2
1501
B1.1-O-TUE-AM2-4
2007
D2.1-O-TUE-AM2-4
2493
E3.1-I/K-WED-AM1-1
1338
E3.1-O-WED-AM1-3
1652
B1.1-P-WED-P2
2261
D3.1-O-TUE-AM1-4
2196
B1.3-H-MON-PM1-2
2117
C4.1-O-TUE-AM2-3
1323
B1.2-I/K-TUE-AM1-1
1325
B1.2-O-TUE-AM2-2
2435
E3.1-P-WED-P2
1857
A2.1-H-THU-AM1-1
1301
C3.1-O-MON-PM2-5
1917
B1.3-O-TUE-PM1-6
1503
C3.3-O-TUE-AM1-3
2188
E2.1-P-TUE-P1
2417
A1.3-O-TUE-AM2-4
2189
D3.3-O-TUE-AM1-4
1225
F1.1-O-TUE-AM1-2
1296
D2.2-O-THU-AM2-3
2352
C2.3-P-WED-P2
1517
C4.1-P-TUE-P1
2369
B2.2-O-TUE-PM1-5
1299
C2.3-O-WED-PM1-4
2474
C2.3-P-WED-P2
1318
E4.1-P-WED-P2
2263
A1.3-O-TUE-AM2-5
1913
B1.1-O-TUE-AM2-5
2133
D2.1-O-MON-PM2-3
1196
D3.2-I/K-WED-AM2-1
1198
D3.2-O-WED-AM2-2
2198
D1.3-P-TUE-P1
1342
B2.1-O-MON-PM2-5
2104
B2.1-H-MON-PM2-3
1902
B2.3-H-WED-AM2-4
1273
E2.1-O-TUE-AM1-5
1836
B2.2-O-TUE-AM2-2
1269
D3.1-O-MON-PM1-2
1646
D3.1-O-TUE-AM1-3
1268
C1.1-O-TUE-AM1-6
2298
C1.1-P-WED-P2
1604
B3.1-H-TUE-AM2-1
1804
C1.1-O-WED-AM2-2
2146
A1.1-O-TUE-AM2-3
1327
E1.1-P-TUE-P1
2032
D3.2-O-THU-AM1-3
2206
D2.1-P-TUE-P1
2485
E4.1-O-WED-PM1-2
2574
A1.3-P-TUE-P1
2285
C4.2-O-THU-AM1-2
1213
B2.3-O-WED-PM1-3
1606
B1.3-O-TUE-AM1-2
2353
C1.1-O-TUE-AM2-4
2138
B1.1-P-WED-P2
2176
B2.1-O-TUE-AM1-4
2175
B2.3-O-WED-AM2-2
2175
B2.3-O-WED-AM2-2
2397
B3.1-O-TUE-AM1-2
1922
B3.1-P-TUE-P1
1719
E1.1-O-TUE-PM1-3
1206
B1.2-O-TUE-AM2-5
1726
B1.2-H-WED-AM1-3
1978
F1.1-P-TUE-P1
1503
C3.3-O-TUE-AM1-3
1610
F1.1-O-MON-PM1-3
2122
F3.1-O-THU-AM1-6
1957
C2.1-P-TUE-P1
2335
C3.2-P-TUE-P1
2539
C4.3-H-TUE-AM1-3
2343
A2.1-O-THU-AM1-5
1909
F1.1-O-MON-PM2-6
2274
F1.1-O-MON-PM2-5
1890
D2.3-P-WED-P2
2242
D3.1-P-TUE-P1
1921
D1.2-O-WED-AM1-3
1686
A1.1-O-WED-AM2-4
Author
Beake, Ben
Beake, Ben
Beck, Tilmann
Becker, Joachim
Becker, Sarah
Beckmann, Carla
Beckmann, Carla
Bednarczyk, Iwona
Begau, Christoph
Beitelschmidt, Denise
Beke, Dezső L.
Beladi, Hossein
Beladi, Hossein
Belhadj, Abd-Elmouneïm
Bell, Gavin
Beloplotov, Dmitry
Belozerov, Vladimir
Beltowska-Lehman, Ewa
Ben Messaoud, Ghazi
Benchamekh, Ramzi
Bencze, Laszlo
Benghuzzi, Hamed
Berbenni, Stéphane
Berent, Katarzyna
Berent, Katarzyna
Berent, Katarzyna
Berent, Katarzyna
Berent, Katarzyna
Bereznaia, Natalia
Bergamini, Giacomo
Bergamo, Sébastien
Bergers, Lambert
Bernacki, Marc
Bernacki, Marc
Bernard, Pascal
Bernard, Samuel
Bernard, Samuel
Bernard, Samuel
Bernardo, Marcela Piassi
Bertagnoli, Davide
Besson, Rémy
Besson, Rémy
Besson, Rémy
Betiuk, Marek
Beyer, Eckard
Beygelzimer, Yan
Beyou, Emmanuel
Bhat, Masroor Ahmad
Bhogireddy, V. S. P. K.
Bhowmick, Sanjit
Bhowmik, Ayan
Bi, Zhenxing
Biamino, Sara
Bianchi, Giovanni
Bickel, Steffen
Bieda, Magdalena
Bieda, Magdalena
Biedunkiewicz, Anna
Biedunkiewicz, Anna
Biedunkiewicz, Witold
Bieniaś, Jarosław
Bieniaś, Jarosław
Bienvenu, Gérard
Biermann, Horst
Biermann, Horst
Bigi, Adriana
Bigos, Agnieszka
Bil, Monika
Bil, Monika
Bilewska, Katarzyna
Binas, Vassilios
Binder, Joachim
Binder, Johannes
Biotteau, Katia
Biotteau, Katia
Birenis, Domas
Birnbaum, Tobias
Biskup, Neven
Bismarck, Alexander
1684
C4.3-O-MON-PM2-4
2629
A2.1-I/K-WED-PM1-1
2027
A1.1-O-WED-PM1-4
1929
D2.3-P-WED-P2
2046
D1.1-H-WED-AM1-2
2047
D1.3-O-MON-PM2-4
1719
E1.1-O-TUE-PM1-3
2086
F2.1-P-WED-P2
1879
E1.1-P-TUE-P1
1882
E1.1-H-MON-PM2-2
2305
E4.1-I/K-WED-AM1-1
1308
B2.3-O-WED-PM1-2
2572
E2.1-P-TUE-P1
1984
D3.1-O-TUE-AM1-2
1626
D3.1-P-TUE-P1
1743
D3.1-O-MON-PM2-3
2465
F2.1-P-WED-P2
1551
B1.3-O-TUE-PM1-5
1774
F1.1-H-TUE-AM1-1
1978
F1.1-P-TUE-P1
1351
B1.2-H-WED-PM1-1
2572
E2.1-P-TUE-P1
1517
C4.1-P-TUE-P1
1689
C4.1-P-TUE-P1
1281
C1.1-I/K-MON-PM2-1
2454
D1.2-H-WED-PM1-4
2041
F2.1-O-WED-AM2-2
2040
F2.1-O-THU-AM1-1
1510
F2.1-P-WED-P2
2476
D2.3-P-WED-P2
1496
C1.1-P-WED-P2
2365
B3.1-O-TUE-AM2-3
2097
B1.2-P-WED-P2
2364
D2.2-O-THU-AM1-3
2337
F3.2-O-TUE-AM1-5
2132
C4.3-O-MON-PM2-6
1678
C1.1-O-TUE-AM1-5
2465
F2.1-P-WED-P2
2463
E2.1-H-MON-PM1-2
2364
D2.2-O-THU-AM1-3
1337
B1.1-P-WED-P2
2493
E3.1-I/K-WED-AM1-1
1696
C4.2-P-WED-P2
1994
A2.1-P-WED-P2
2162
B1.2-P-WED-P2
2157
B1.2-O-TUE-AM1-4
2225
F1.1-O-TUE-AM1-4
1478
D2.1-P-TUE-P1
2456
B1.2-P-WED-P2
2198
D1.3-P-TUE-P1
2346
C4.1-O-MON-PM2-5
2366
D1.1-O-TUE-PM1-2
2601
B3.1-I/K-TUE-AM1-1
2340
C3.3-O-WED-AM2-4
1871
A1.3-H-TUE-AM1-2
1529
C1.1-O-TUE-AM2-3
1531
C3.1-O-TUE-AM1-3
2342
F1.1-O-TUE-AM1-3
1253
F1.1-O-TUE-AM1-6
1656
D1.1-O-WED-AM2-4
1985
F1.1-O-TUE-AM1-5
1461
D2.1-O-TUE-PM1-4
1509
A2.1-H-WED-AM1-1
1418
B3.2-O-WED-AM2-6
1493
C3.3-P-WED-P2
1387
F1.1-P-TUE-P1
1699
C3.3-P-WED-P2
1421
C3.3-P-WED-P2
1836
B2.2-O-TUE-AM2-2
2008
D3.2-O-WED-PM1-6
2343
A2.1-O-THU-AM1-5
2486
E1.1-O-MON-PM1-4
1457
F3.2-O-TUE-AM2-2
2428
C1.1-P-WED-P2
2063
C2.1-P-TUE-P1
1428
D2.3-O-WED-AM1-2
1537
C2.1-O-MON-PM2-6
2428
C1.1-P-WED-P2
1955
C3.3-O-MON-PM2-4
Author
Bismarck, Alexander
Bismarck, Alexander
Biswas, Sayari
Bjaaland, Helena
Blanchard, Nicholas
Blanchard, Nicholas
Blanchet, Matthieu
Blanco-Fernandez, Barbara
Blanes, Mireia
Blanes, Mireia
Blanpain, Bart
Blein, Joelle
Blum, Łukasz
Blumberger, Jochen
Blumberger, Jochen
Blumberger, Jochen
Błażewicz, Marta
Błyskun, Piotr
Boanini, Elisa
Boanini, Elisa
Bobin-Vastra, Isabelle
Bobrowski, Andrzej
Bobrowski, Piotr
Bobrowski, Piotr
Bobruk, Elena
Bobynko, Joanna
Boccaccini, Aldo
Boccaccini, Aldo
Boccaccini, Aldo R.
Bochenek, Milena
Bochvar, Natalia
Boczkowska, Anna
Boegelein, Thomas
Boehlert, Carl
Boffito, Monica
Bog, Uwe
Bogucki, Rafał
Boguń, Maciej
Boguń, Maciej
Bohlen, Jan
Bohlen, Jan
Böhme, Wolfgang
Bojar, Zbigniew
Bok, Changsuk
Bolanowski, Kazimierz
Bolanowski, Kazimierz
Bolek, Tomasz
Bolek, Tomasz
Bolewski, Łukasz
Boller, Elodie
Boller, Elodie
Boller, Elodie
Bombace, Nicola
Bonarski, Jan
Boneschanscher, Mark
Bonk, Simon
Bonse, Jörn
Bonvin, Debora
Bora, Tanujjal
Borbely, Andras
Borgogna, Massimiliano
Borhani, Sara
Börner, Hans
Boron, Lukasz
Boron, Lukasz
Borowski, Tomasz
Borowski, Tomasz
Borrell, Amparo
Borrero-Lopez, Oscar
Borukhovich, Efim
Boryczko, Kamil
Bosbach, Dirk
Bostan, Luciana
Botana, Javier
Botana, Javier
Botana, Marta
Botana Galvin, Marta
Botana Galvin, Marta
Botana Pedemonte, Javier
1537
C2.1-O-MON-PM2-6
1960
A1.3-O-TUE-AM2-2
1498
B1.1-P-WED-P2
1898
D3.2-H-THU-AM1-1
1456
E1.1-H-MON-PM1-2
2281
D3.1-P-TUE-P1
2518
F2.1-P-WED-P2
2522
E1.1-P-TUE-P1
2237
A1.1-P-WED-P2
2226
A1.1-P-WED-P2
2144
A1.1-O-TUE-AM1-3
2522
E1.1-P-TUE-P1
1258
B1.2-P-WED-P2
1910
C3.3-O-THU-AM1-3
2021
C4.1-O-TUE-AM1-3
2011
B2.3-P-WED-P2
2346
C4.1-O-MON-PM2-5
2266
A1.1-H-TUE-PM1-2
1371
E3.1-O-WED-AM2-3
1629
C2.1-O-TUE-AM1-4
1972
A2.1-O-THU-AM1-2
1772
D3.2-O-THU-AM2-2
1429
D2.1-P-TUE-P1
2337
F3.2-O-TUE-AM1-5
1556
C2.1-O-TUE-AM1-5
2405
A2.1-O-TUE-AM1-3
2000
B3.2-P-WED-P2
1245
D1.1-O-WED-AM1-5
2145
C4.2-O-THU-AM1-4
2065
D3.3-O-TUE-PM1-2
2032
D3.2-O-THU-AM1-3
2631
E1.1-I/K-TUE-PM1-1
1687
C3.3-O-WED-AM2-3
1857
A2.1-H-THU-AM1-1
1514
D3.3-O-TUE-PM1-6
2229
B1.1-O-WED-PM1-3
1783
C1.1-H-WED-AM2-3
1790
C1.1-O-WED-AM2-5
1267
C3.3-O-TUE-AM2-1
1271
A1.3-P-TUE-P1
1677
E1.1-O-MON-PM2-3
2291
D2.1-O-MON-PM1-4
1513
C2.3-O-WED-PM1-6
2073
C2.3-O-THU-AM1-4
2273
C2.1-P-TUE-P1
1597
E1.1-H-TUE-AM1-1
2147
C4.2-P-WED-P2
2463
E2.1-H-MON-PM1-2
2326
B1.1-O-TUE-PM1-2
2588
D1.3-I/K-MON-PM1-5
1543
C3.2-O-TUE-AM2-5
2130
C3.1-O-MON-PM1-3
1664
C3.1-O-MON-PM1-4
1301
C3.1-O-MON-PM2-5
2130
C3.1-O-MON-PM1-3
2277
C3.1-O-MON-PM2-2
1543
C3.2-O-TUE-AM2-5
2107
D3.1-P-TUE-P1
2575
F2.1-P-WED-P2
1311
D3.2-O-WED-PM1-3
2398
C3.3-P-WED-P2
1835
F3.1-O-WED-AM2-3
1910
C3.3-O-THU-AM1-3
2366
D1.1-O-TUE-PM1-2
1694
D2.1-O-TUE-AM1-6
2315
C1.1-P-WED-P2
1477
C4.2-O-THU-AM2-3
1933
C3.3-P-WED-P2
2337
F3.2-O-TUE-AM1-5
1919
E4.1-O-WED-PM1-6
1507
E4.1-O-WED-PM1-4
1414
B1.2-O-TUE-PM1-4
1406
B2.3-O-WED-PM1-4
1751
B2.3-P-WED-P2
1752
C2.3-I/K-THU-AM1-1
1781
B2.2-H-TUE-AM2-1
2085
B3.2-O-WED-PM1-1
1552
A2.1-O-TUE-AM1-4
1471
D1.3-O-TUE-AM1-3
Author
Botana Pedemonte, Javier
Botas, Alexandre
Böttcher, Holm
Böttger, Bernd
Bottomley, David
Bouateli, Mohamed
Boucheham, Abdelghani
Boucheham, Abdelghani
Boughey, Francesca
Boughey, Francesca
Boughley, Francesca
Bouhafs, Djoudi
bouhalais, houcine
Bouhier, Pauline
Boussuge, Michel
Boutefnouchet, Hafida
Bouttes, David
Bowen, Chris
Bowen, Paul
Boyer, Christelle
Bozek, Rafal
Brackx, Emmanuelle
Bradley, Robert
Brancaccio, Mara
Brandt, Bjoern
Brankovic, Stanko
Braszczyńska-Malik, Katarzyna
Breda, Marco
Breite, Christian
Brendelberger, Stefan
Brener, E.
Brinkman, Kyle S
Broering Chaar, Ana Beatriz
Brommer, Peter
Brown, Adam
Brozek, Cedrik
Bruder, Enrico
Bruder, Enrico
Brunelli, Katya
Brunelli, Katya
Brunken, Stephan
Brunner, Roland
Bruzda, Grzegorz
Bruzda, Grzegorz
Bruzda, Grzegorz
Bryant, Daniel
Brynk, Tomasz
Brzezińska, Magdalena
Buehrig-Polaczek, Andreas
Buffiere, Jean-Yves
Bulgakov, Alexander
Bulgakov, Alexander
Bulgakov, Alexander
Bulgakova, Nadezhda
Bulgakova, Nadezhda
Bulgakova, Nadezhda
Bulgakova, Nadezhda
Bulin, Johannes
Bułat, Katarzyna
Buranova, Yulia
Burdyński, Kryspin
Burke, Oliver
Burov, Ekaterina
Burov, Ekaterina
Butcher, Annabel
Byczkowska, Paulina
Bystrzycki, Jerzy
Cabala, Guillermo
Cabiati, Manuela
Cabioch, Thierry
Cabioch, Thierry
Cabrera, Jose M.
Caccia, Mario
Caccia, Mario
Caccia, Mario
Cadafalch Gazquez, Gerard
Čađo, Marko
Cahen, Sebastien
Cai, Biao
127
Index
1311
D3.2-O-WED-PM1-3
1614
A1.1-O-WED-AM1-4
1565
A1.1-P-WED-P2
2405
A2.1-O-TUE-AM1-3
2406
A2.1-O-TUE-PM1-3
2285
C4.2-O-THU-AM1-2
2254
B3.2-O-WED-PM1-3
1606
B1.3-O-TUE-AM1-2
1290
B2.1-O-TUE-AM1-2
1522
D2.1-P-TUE-P1
2268
B2.3-O-THU-AM1-5
2094
C2.3-P-WED-P2
1280
A2.1-O-TUE-AM2-4
1310
B2.1-O-MON-PM2-4
1685
D2.1-P-TUE-P1
2218
C2.2-O-WED-AM1-5
2130
C3.1-O-MON-PM1-3
2024
A1.1-I/K-WED-AM1-1
1995
C3.2-O-MON-PM1-4
2449
B2.2-P-TUE-P1
1473
F1.1-O-TUE-AM2-3
1421
C3.3-P-WED-P2
2108
C2.2-O-TUE-AM2-3
1741
C2.2-O-TUE-PM1-3
1842
D2.1-O-TUE-AM1-5
1285
B1.2-O-WED-AM2-5
1788
B1.2-O-WED-AM2-2
2389
D2.2-H-THU-AM1-1
1843
F1.1-O-MON-PM2-4
1909
F1.1-O-MON-PM2-6
2510
B1.3-P-TUE-P1
2043
B1.3-P-TUE-P1
1877
A1.3-O-TUE-AM2-3
2119
E1.1-P-TUE-P1
1866
E1.1-O-TUE-AM2-4
1832
F1.1-P-TUE-P1
2062
E1.1-P-TUE-P1
1597
E1.1-H-TUE-AM1-1
1421
C3.3-P-WED-P2
1995
C3.2-O-MON-PM1-4
1886
F3.1-O-WED-PM1-2
1809
F3.2-O-TUE-PM1-4
1411
B1.1-O-WED-AM2-3
1937
D1.2-H-WED-AM2-4
2401
A1.2-P-TUE-P1
2461
D1.2-O-THU-AM1-2
2093
D3.2-H-THU-AM1-4
1593
C2.3-O-WED-PM1-1
2227
C2.1-O-MON-PM1-2
1535
B1.2-O-WED-PM1-5
1245
D1.1-O-WED-AM1-5
1745
F2.1-P-WED-P2
1753
D2.1-O-MON-PM1-3
1468
F1.1-H-MON-PM2-1
2269
B1.3-O-TUE-AM2-3
1893
D2.2-O-THU-AM1-6
2159
C2.1-P-TUE-P1
1611
B2.2-I/K-WED-AM1-1
1877
A1.3-O-TUE-AM2-3
2146
A1.1-O-TUE-AM2-3
2142
C3.3-H-WED-PM1-1
2218
C2.2-O-WED-AM1-5
1832
F1.1-P-TUE-P1
1936
F2.1-P-WED-P2
1797
D1.1-P-WED-P2
1347
B1.1-O-WED-AM2-5
1271
A1.3-P-TUE-P1
2263
A1.3-O-TUE-AM2-5
1633
A2.1-O-WED-PM1-2
2595
B2.2-P-TUE-P1
2461
D1.2-O-THU-AM1-2
2419
D3.1-O-MON-PM2-5
2364
D2.2-O-THU-AM1-3
1974
C4.1-P-TUE-P1
2318
D2.3-O-WED-PM1-3
1342
B2.1-O-MON-PM2-5
1403
E4.1-O-WED-AM2-2
1282
B1.3-O-TUE-PM1-4
2028
C3.2-O-MON-PM1-2
128
Author
Cai, Xiaohui
Calaza, Carlos
Calaza, Carlos
Calderon, Hector
Calderon, Hector
Calignano, Flaviana
Calignano, Flaviana
Calin, Mariana
Calka, Andrzej
Callisti, Mauro
Camarano, Antonio
Camarano, Antonio
Cambedouzou, Julien
Cambedouzou, Julien
Cameron, Ruth
Campagne, Christine
Campbell, Eleanor
Campoy Quiles, Mariano
Camurri, Carlos
Canales-Vázquez, Jesús
Cañas, Eugeni
Cañas, Eugeni
Cancellieri, Claudia
Cancellieri, Claudia
Cantoni, Marco
Capdevila, Carlos
Capdevila, Carlos
Capron, Adélie
Caravaca, Carlos
Caravaca, Carlos
Cardinal, Sandrine
Carlesi, Carlos
Carlos, Luís
Carmezim, M. J.
Carmezim, M. J.
Carmezim, M.J.
Carmezim, Maria J.
Carnie, Matt
Carpio, Pablo
Carrasco, Claudia
Carré, Matt
Carre, Matt J.
Carreño, Fernando
Carreter-Genebrier, A.
Carriere, Pascal
Carriere, Pascal
Cartalade, Alain
Carter, William Craig
Casalegno, Valentina
Casas, Casimir
Cason, Claudio
Castaño, Oscar
Castany, Philippe
Castany, Philippe
Castellero, Alberto
Castin, Sidney
Cater, Stephen
Cattoen, Xavier
Cattoën, Xavier
Cavaillé, Jean-Yves
Cavaleiro, Albano
Cayla, Aurélie
Cebotarenco, M.
Celikkin, Nehar
Cempura, Grzegorz
Cepeda-Jimenez, Carmen Maria
Cerchier, Pietro
Ceroni, Paola
Cerruti, Marta
Chachlowska, Paulina
Chailan, Jean-François
Chaix-Pluchery, Odette
Chakkedath, Ajith
Chalkia, Vasiliki
Chamos, Apostolos
Champagne, Philippe
Champion, Yannick
Champion, Yannick
Chanana, Munish
1284
C3.3-O-THU-AM2-1
1909
F1.1-O-MON-PM2-6
1657
A1.1-O-TUE-AM2-4
1417
D3.1-O-TUE-AM2-3
1643
E1.1-O-TUE-AM1-4
1212
E1.1-O-TUE-AM2-2
2286
A1.3-O-MON-PM2-5
1842
D2.1-O-TUE-AM1-5
2419
D3.1-O-MON-PM2-5
2301
F1.1-I/K-MON-PM1-1
1244
B2.1-P-TUE-P1
1943
C1.1-O-WED-PM1-1
1668
A1.1-P-WED-P2
1208
B1.2-I/K-WED-AM1-1
1812
D3.2-O-WED-AM2-5
2305
E4.1-I/K-WED-AM1-1
1284
C3.3-O-THU-AM2-1
1723
B1.1-P-WED-P2
1257
A1.1-H-WED-AM1-2
1386
A1.1-P-WED-P2
1813
C3.2-O-MON-PM1-3
1675
B1.3-O-MON-PM1-5
1388
A1.1-O-TUE-AM1-4
1858
C4.1-P-TUE-P1
1843
F1.1-O-MON-PM2-4
1828
F1.1-O-MON-PM2-2
2314
D2.1-O-MON-PM2-2
1843
F1.1-O-MON-PM2-4
2588
D1.3-I/K-MON-PM1-5
1791
B2.3-O-WED-PM1-5
1794
B1.3-P-TUE-P1
1741
C2.2-O-TUE-PM1-3
2108
C2.2-O-TUE-AM2-3
1407
F2.1-P-WED-P2
1748
F2.1-P-WED-P2
1489
F2.1-O-THU-AM2-2
2147
C4.2-P-WED-P2
2240
B2.3-O-THU-AM1-3
2323
D1.1-P-WED-P2
1394
D3.2-O-THU-AM2-3
1344
B3.2-O-WED-PM1-6
1993
B3.2-P-WED-P2
1962
C3.3-P-WED-P2
1946
C3.3-P-WED-P2
1964
C3.3-P-WED-P2
1944
C3.3-P-WED-P2
1542
F2.1-O-THU-AM1-2
1714
C3.1-I/K-MON-PM2-1
1938
C3.3-O-TUE-AM2-4
1357
E4.1-O-WED-AM1-2
1305
D2.1-P-TUE-P1
1938
C3.3-O-TUE-AM2-4
2523
A2.1-P-WED-P2
1297
B1.1-O-WED-AM2-1
1954
C1.1-H-WED-AM2-6
2506
C1.1-P-WED-P2
2079
C1.1-P-WED-P2
1332
C3.1-P-TUE-P1
2463
E2.1-H-MON-PM1-2
1499
C2.1-O-MON-PM1-5
1718
C2.3-O-WED-AM2-5
1689
C4.1-P-TUE-P1
2428
C1.1-P-WED-P2
2063
C2.1-P-TUE-P1
2587
C4.1-O-MON-PM1-2
2337
F3.2-O-TUE-AM1-5
1456
E1.1-H-MON-PM1-2
1951
D1.1-O-TUE-AM2-4
2216
A2.1-O-WED-AM2-2
2590
C4.1-H-MON-PM2-1
2168
D3.1-O-TUE-AM1-5
2457
D3.2-O-THU-AM2-5
1468
F1.1-H-MON-PM2-1
2294
C3.3-O-WED-PM1-6
2343
A2.1-O-THU-AM1-5
1655
A2.1-O-WED-PM1-4
1951
D1.1-O-TUE-AM2-4
2395
E2.1-H-TUE-AM1-1
1889
E1.1-O-MON-PM2-4
Author
Chandio, Ali Dad
Chandrawati, Rona
Chang, Hengky
Chantrenne, Patrice
Charbonneau, Cecile
Charbonnier, Véronique
Charra, Fabrice
Charvet, Raphael
Chaussende, Didier
Chedly, Jamila
Chemani, Bachir
Chen, C.
Chen, Chung Shou
Chen, Dongsheng
Chen, Li
Chen, Liugang
Chen, Ying
Chen, Yingchun
Chen, Yunzhong
CHene, Jacques
Cheng, Kui
Cheng, Yangyang
Cherevan, Alexey
Cheung, Noé
Chevalier, Jérôme
Chevalier, Jerome
Chevalier, Jérôme
Chevolot, Yann
Chiaruttini, Vincent
Chicardi, Ernesto
CHICARDI, ERNESTO
Chiodi, Mirco
Chiodi, Mirco
Chlanda, Adrian
Chlanda, Adrian
Chlanda, Adrian
Chlebus, Edward
Chlup, Zdeněk
Chmiela, Bartosz
Chmielewski, Marcin
Chmielewski, Marcin
Chmielewski, Marcin
Cho, Yong Ki
Cho, Yong Ki
Cho, Yong Ki
Cho, Yong Ki
Choinska, Emilia
Chong, Harold
Chopart, Jean Paul
CHotard, Thierry
Chotard, Thierry
Chouchane, Karima
Chrissafis, Konstantinos
Chrominski, Witold
Chrominski, Witold
Chrominski, Witold
Chrominski, Witold
Chrzanowska, Justyna
Chrzanowski, Michał
Chulist, Robert
Chulist, Robert
Chulist, Robert
Churiaque, Cristina
Churiaque, Cristina
Chyrkin, Anton
Ciardelli, Gianluca
Ciccioli, Andrea
Ciepielewski, Paweł
Ciepielewski, Paweł
Cieślak, Grzegorz
Cifra, Peter
Cimetière, Alain
Cimpean, Anisoara
Ciski, Aleksander
Ciuk, Tymoteusz
Ciuk, Tymoteusz
Ciuk, Tymoteusz
Clark, Andrew J.
Clayton, Andrew
1558
D2.1-O-MON-PM2-5
2295
D2.1-H-TUE-AM1-1
2265
F2.1-O-WED-PM1-2
1235
E1.1-P-TUE-P1
1877
A1.3-O-TUE-AM2-3
2614
A2.1-I/K-THU-AM1-3
2395
E2.1-H-TUE-AM1-1
1824
B1.1-H-WED-PM1-2
2457
D3.2-O-THU-AM2-5
1879
E1.1-P-TUE-P1
1882
E1.1-H-MON-PM2-2
1561
E4.1-O-WED-PM1-3
2217
D2.3-P-WED-P2
1633
A2.1-O-WED-PM1-2
1576
F2.1-P-WED-P2
2537
C4.3-H-MON-PM2-1
2086
F2.1-P-WED-P2
1633
A2.1-O-WED-PM1-2
2173
B2.2-O-TUE-AM2-4
1429
D2.1-P-TUE-P1
1791
B2.3-O-WED-PM1-5
2418
C2.2-O-WED-AM1-3
1560
C3.3-O-THU-AM2-2
2452
B1.1-P-WED-P2
1858
C4.1-P-TUE-P1
2047
D1.3-O-MON-PM2-4
1350
B2.3-H-WED-PM1-1
1837
B1.3-O-WED-AM1-4
2457
D3.2-O-THU-AM2-5
2601
B3.1-I/K-TUE-AM1-1
1403
E4.1-O-WED-AM2-2
1312
E4.1-O-WED-AM2-3
1553
E4.1-H-WED-AM2-1
2454
D1.2-H-WED-PM1-4
1728
C4.1-O-TUE-AM1-2
1730
C4.1-O-TUE-AM2-5
2194
D2.1-P-TUE-P1
2561
D3.1-P-TUE-P1
2605
D3.1-H-TUE-AM2-1
2117
C4.1-O-TUE-AM2-3
1212
E1.1-O-TUE-AM2-2
2601
B3.1-I/K-TUE-AM1-1
1659
D3.3-O-TUE-AM1-6
2210
D3.3-P-TUE-P1
1953
D3.3-P-TUE-P1
1826
D3.3-P-TUE-P1
2086
F2.1-P-WED-P2
2486
E1.1-O-MON-PM1-4
2066
E4.1-O-WED-PM1-5
1282
B1.3-O-TUE-PM1-4
1559
E1.1-P-TUE-P1
1979
B3.2-P-WED-P2
2148
E3.1-P-WED-P2
1957
C2.1-P-TUE-P1
2271
D1.1-P-WED-P2
1422
D1.1-P-WED-P2
1478
D2.1-P-TUE-P1
2609
B3.2-P-WED-P2
2297
C2.3-P-WED-P2
2105
E3.1-O-WED-AM2-5
1387
F1.1-P-TUE-P1
1490
D3.1-P-TUE-P1
2472
B1.3-P-TUE-P1
1477
C4.2-O-THU-AM2-3
2548
C4.2-O-THU-AM1-5
2365
B3.1-O-TUE-AM2-3
2215
B3.2-O-WED-AM1-5
1853
B3.2-P-WED-P2
1797
D1.1-P-WED-P2
1505
E3.1-P-WED-P2
2298
C1.1-P-WED-P2
1211
B2.2-H-TUE-PM1-1
2418
C2.2-O-WED-AM1-3
1858
C4.1-P-TUE-P1
1271
A1.3-P-TUE-P1
1267
C3.3-O-TUE-AM2-1
1245
D1.1-O-WED-AM1-5
2441
B1.1-P-WED-P2
2397
B3.1-O-TUE-AM1-2
Author
Clegg, William
Clegg, William J
Cleymand, Franck
Cobos, Joaquin
Cojocariu, Ana
Coleman, Jonathan N
Coles, Stuart R.
Colgrove, Paul
Colin, Jérôme
Colina, Monica
Colina, Monica
Colligon, John
Colombo, Chiara
Colonna, Samuele
Colpankan, Oylum
Colsmann, Alexander
Concheiro, Angel
Conrado, Federico
Cool, P.
Cordes, Nikolaus
Cordoba, Jose Manuel
Cornet, C.
Costa, Guillaume
Costa, Thiago
Costa, Thiago
Cottancin, Emmanuel
Couégnat, Guillaume
Coulet, Marie Vanessa
Coupeau, Christophe
Cousins, Benjamin
Couzinié, Jean-Philippe
Couzinié, Jean-Philippe
Couzinie, Jean-Philippe
Craven, Alan J.
Crespo, Daniel
Crespo, Daniel
Csanádi, Tamás
Csányi, Gábor
Csányi, Gábor
Csik, Attila
Cuevas, Fermin
Cui, Hao
Cui, Yuantao
Cupid, Damian
Cupid, Damian
Cupid, Damian Marlon
Curcio, Manuela
Curtius, Hilde
Cuskelly, Dylan
Cuvilly, Fabien
Cwieka, Karol
Cwolek, Beata
Cwolek, Beata
Cybulski, Andrzej
Cygan, Rafał
Cygan, Rafał
Cygan, Rafał
Cymerman, Konrad
Czagány, Máté
Czaja, Paweł
Czarnowska, Elżbieta
Czelej, Kamil
Czerska, Elwira
Czujko, Tomasz
Czujko, Tomasz
Czulak, Andrzej
Czulak, Andrzej
Czulak, Andrzej
Czyrska-Filemonowicz, Aleksandra
Czyrska-Filemonowicz, Aleksandra
Czyzniewski, Andrzej
d’Astorg, Sophie
Da Silva, M.
da Silva Dias Filho, José Marcelino
Dabalà, Manuele
Dabalà, Manuele
Dabalà, Manuele
Dabrowska, Sylwia
Dadej, Konrad
Index
1289
D2.3-O-THU-AM1-3
1980
D1.1-O-WED-AM1-4
1867
B2.1-O-MON-PM1-3
2070
B2.1-P-TUE-P1
2316
D1.3-O-MON-PM2-5
1437
C4.1-O-TUE-AM1-5
1910
C3.3-O-THU-AM1-3
2064
D1.3-O-TUE-AM1-5
1588
B1.3-O-MON-PM2-5
2581
B3.2-P-WED-P2
1759
A2.1-P-WED-P2
1277
D3.2-H-WED-AM2-4
2455
C3.3-I/K-TUE-PM1-1
1454
C4.2-O-THU-AM2-4
1695
C4.3-O-MON-PM1-4
2132
C4.3-O-MON-PM2-6
2301
F1.1-I/K-MON-PM1-1
1308
B2.3-O-WED-PM1-2
1881
C3.3-O-THU-AM1-4
1561
E4.1-O-WED-PM1-3
2237
A1.1-P-WED-P2
2226
A1.1-P-WED-P2
1614
A1.1-O-WED-AM1-4
1565
A1.1-P-WED-P2
1697
A1.1-O-TUE-AM2-2
2159
C2.1-P-TUE-P1
2455
C3.3-I/K-TUE-PM1-1
2563
B1.2-I/K-MON-PM1-1
1726
B1.2-H-WED-AM1-3
1956
D1.3-O-TUE-AM1-6
2414
B1.1-H-TUE-PM1-1
1900
E2.1-O-MON-PM1-4
2468
D1.3-O-MON-PM1-3
1628
D3.3-O-TUE-PM1-3
1821
C2.1-O-MON-PM2-5
1526
D1.3-O-MON-PM1-2
2078
F2.1-O-WED-PM1-4
1520
A1.1-P-WED-P2
1911
C3.2-O-MON-PM1-5
1634
D1.3-H-TUE-AM1-1
2195
D1.1-O-TUE-AM2-5
2197
C1.1-O-TUE-AM1-3
2044
D2.1-I/K-MON-PM1-1
1695
C4.3-O-MON-PM1-4
1795
F3.1-H-WED-AM2-2
2337
F3.2-O-TUE-AM1-5
1772
D3.2-O-THU-AM2-2
1479
D2.2-P-WED-P2
2062
E1.1-P-TUE-P1
1666
F3.2-P-TUE-P1
1995
C3.2-O-MON-PM1-4
1995
C3.2-O-MON-PM1-4
2166
C4.2-O-THU-AM1-3
1391
D2.3-P-WED-P2
2104
B2.1-H-MON-PM2-3
1475
D3.1-O-TUE-AM2-4
1363
F3.2-H-TUE-AM2-1
1362
F3.1-I/K-WED-AM2-1
1842
D2.1-O-TUE-AM1-5
1811
E2.1-O-MON-PM2-2
1343
B1.3-O-TUE-PM1-3
1837
B1.3-O-WED-AM1-4
1959
E4.1-O-WED-AM2-5
1247
F1.1-O-MON-PM1-4
1345
D2.1-P-TUE-P1
1409
A1.1-O-WED-PM1-2
1543
C3.2-O-TUE-AM2-5
1531
C3.1-O-TUE-AM1-3
1992
D3.2-H-THU-AM2-1
2165
B2.2-O-TUE-AM2-5
2046
D1.1-H-WED-AM1-2
2414
B1.1-H-TUE-PM1-1
2188
E2.1-P-TUE-P1
1970
A1.3-O-TUE-AM1-4
2218
C2.2-O-WED-AM1-5
2303
D3.3-P-TUE-P1
1302
D3.3-O-TUE-AM1-2
2181
E1.1-P-TUE-P1
1306
D3.3-P-TUE-P1
Author
Dadfarnia, Mohsen
Dahmen, Ulrich
Daiko, Yusuke
Daiko, Yusuke
Dalmas, Florent
Dang, Bo
Danguillaume, Raphaël
Danilewsky, Andreas
Danilov, Denis
Danilov, Ivan
Darío, González
Darvish Kamachali, Reza
Das, Aniran
Dasargyri, Georgia
Dasgupta, Subho
Dasgupta, Subho
David, Laurent
David, Patrick
Davies, Mike
Davies, Mike
Davies, Tim
Davies, Timothy
Dávila, Diana
Davila, Diana
Dávila, Diana
Dawson, Karl
De Bosscher, Wilmert
De Cooman, Bruno Charles
De Cooman, Bruno Charles
de Geus, Tom
De Geuser, Frederic
de Jong, Ed
de Knoop, Ludvig
de Leeuw, Nora H.
de Pablos-Martín, Araceli
De Teresa, Jose Maria
Debry, Christian
Dec, Jan
Decher, Gero
Dedinaite, Andra
Dehm, Gerhard
Dehm, Gerhard
Dehm, Gerhard
Dehm, Simone
Dekker, Ronald
Del Rey, Silvia
Delahaye, Thibaud
Delannay, Laurent
Della Noce, Rodrigo
Dellimore, Kiran
Delplancke, Jean Luc
Delplancke-Ogletree, Marie-Paule
Delroisse, Pauline
Demetriou, Velissarios
Demirci, Umit B.
Demuynck, Ruben
den Toonder, Jaap
den Toonder, Jaap
Dénéreaz, Cyril
Dengel, Andy
Denis, Pierre
Denoyel, Renaud
Denquin, Anne
Denti, Lucia
Dera, Wojciech
Deretzis, Ioannis
Derrien, Thibault
Derrien, Thibault
Desbiolles, Jean-Luc
Descamps, Cédric
Descamps-Mandine, Armel
Deschamps, Alexis
Desobry, Stéphane
Desobry, Stéphane
Devaux, Eric
Dezső, András
Dębski, Adam
Dębski, Adam
Dębski, Adam
1558
D2.1-O-MON-PM2-5
2295
D2.1-H-TUE-AM1-1
2452
B1.1-P-WED-P2
1310
B2.1-O-MON-PM2-4
2146
A1.1-O-TUE-AM2-3
2253
A1.2-I/K-MON-PM2-1
2257
D1.2-H-THU-AM1-3
1241
C3.3-O-TUE-AM2-2
2084
C4.1-O-MON-PM1-4
1727
A1.3-P-TUE-P1
1179
A2.1-P-WED-P2
1296
D2.2-O-THU-AM2-3
2121
D3.1-P-TUE-P1
1553
E4.1-H-WED-AM2-1
1312
E4.1-O-WED-AM2-3
1311
D3.2-O-WED-PM1-3
1612
C1.1-H-TUE-AM1-1
2295
D2.1-H-TUE-AM1-1
2240
B2.3-O-THU-AM1-3
1287
B1.3-I/K-MON-PM1-1
1496
C1.1-P-WED-P2
2476
D2.3-P-WED-P2
1478
D2.1-P-TUE-P1
1691
B3.1-O-TUE-AM1-4
2506
C1.1-P-WED-P2
1337
B1.1-P-WED-P2
2006
A1.1-H-TUE-AM1-2
2234
F1.1-P-TUE-P1
1675
B1.3-O-MON-PM1-5
1665
B1.3-O-WED-AM1-5
1388
A1.1-O-TUE-AM1-4
1772
D3.2-O-THU-AM2-2
2337
F3.2-O-TUE-AM1-5
2212
C2.1-O-TUE-AM1-2
1813
C3.2-O-MON-PM1-3
1985
F1.1-O-TUE-AM1-5
1514
D3.3-O-TUE-PM1-6
1197
B1.3-P-TUE-P1
1824
B1.1-H-WED-PM1-2
1498
B1.1-P-WED-P2
2414
B1.1-H-TUE-PM1-1
2260
E1.1-P-TUE-P1
2265
F2.1-O-WED-PM1-2
1208
B1.2-I/K-WED-AM1-1
2046
D1.1-H-WED-AM1-2
2272
E1.1-O-TUE-AM1-3
1972
A2.1-O-THU-AM1-2
2010
A2.1-H-TUE-AM1-5
2465
F2.1-P-WED-P2
2463
E2.1-H-MON-PM1-2
2561
D3.1-P-TUE-P1
2425
C1.1-O-WED-AM1-2
1723
B1.1-P-WED-P2
1768
D3.1-H-TUE-AM2-6
1825
C4.1-P-TUE-P1
1337
B1.1-P-WED-P2
1578
D3.3-O-TUE-AM1-5
1352
B1.3-O-TUE-AM1-4
2159
C2.1-P-TUE-P1
1956
D1.3-O-TUE-AM1-6
1958
D2.1-O-MON-PM1-5
2131
D2.2-O-THU-AM1-2
1812
D3.2-O-WED-AM2-5
1621
B3.2-O-WED-AM2-5
2062
E1.1-P-TUE-P1
2119
E1.1-P-TUE-P1
2417
A1.3-O-TUE-AM2-4
1236
C3.3-P-WED-P2
1805
D1.2-O-THU-AM1-5
1919
E4.1-O-WED-PM1-6
1507
E4.1-O-WED-PM1-4
1515
D3.1-O-MON-PM1-5
1234
D3.1-O-MON-PM1-3
1842
D2.1-O-TUE-AM1-5
2165
B2.2-O-TUE-AM2-5
1798
F2.1-P-WED-P2
2115
A1.1-H-WED-PM1-1
1657
A1.1-O-TUE-AM2-4
1228
A2.1-O-WED-AM2-4
Author
Di Gioacchino, Fabio
Di Gioacchino, Fabio
Dias Filho, José Marcelino
Diat, Olivier
Dib-Jawhar, Marie-Claire
Dickey, Michael
Dietz, Roman
Diez, José Antonio
Dilner, David
Dimitrakis, Panagiotis
Dimitry, Onsy
Dinzart, Florence
Dirkmann, Sven
Dirras, Guy
Dirras, Guy
Divinski, Sergiy
Divinski, Sergiy
Dixon, M
Dlouhý, Ivo
Dmowski, Wojciech
Dobatkin, Sergey
Dobkowska, Anna
Dobosz, Romuald
Dobosz, Romuald
Dobosz, Romuald
Dobron, Patrik
Docampo, Pablo
Dokumaci, Esra
Dolors Baró, Maria
Domagała, Jakub
Domen, Kazunari
Domenger, Renaud
Domenici, Claudio
Dompierre, Benoît
Don, Lingqing
Donati, Ivan
Dong, Hongbiao
Dong, Yue
Donoghue, Jack
Doppler, Thomas
Dorin, Thomas
Dosta, Sergi
Dostert, Gabriel
Dou, Peng
Douillard, Thierry
Drabczyk, Kazimierz
Drabinska, Aneta
Drabińska, Aneta
Draczyński, Zbigniew
Draczyński, Zbigniew
Dragoni, Daniele
Drahokoupil, Jan
Draup, Jefri
Drautz, Ralf
Dreval, Liya
Drozdenko, Daria
Drüe, Martin
Druee, Martin
Dryepondt, Sebastien
Du, Chaowei
Du, Chaowei
Du, Chaowei
Du, Yong
Duarte, M. Jazmin
Duarte, Raquel
Duarte, Raquel
Dubertret, Benoit
Dubiel, Beata
Dubiel, Beata
Dubois, Sylvain
Dubois, Sylvain
Dudarev, Sergei
Dudarev, Sergei
Dufour, Willy
Dugois, Kevin
Dulinska-Molak, Ida
Dunn, Steve
Dunn, Steve
Dunnill, Charles
1389
A1.3-P-TUE-P1
1611
B2.2-I/K-WED-AM1-1
2418
C2.2-O-WED-AM1-3
2419
D3.1-O-MON-PM2-5
1696
C4.2-P-WED-P2
1698
C4.2-P-WED-P2
2457
D3.2-O-THU-AM2-5
1873
C4.1-P-TUE-P1
2276
D3.2-O-THU-AM1-5
1504
B2.3-I/K-WED-AM2-1
1861
A2.1-O-WED-AM1-2
2350
B1.2-O-TUE-AM1-2
1564
B3.2-P-WED-P2
2313
A2.1-P-WED-P2
1253
F1.1-O-TUE-AM1-6
2200
A2.1-O-TUE-AM2-5
1983
A2.1-P-WED-P2
1860
B1.2-P-WED-P2
1652
B1.1-P-WED-P2
1649
B1.1-P-WED-P2
1904
A2.1-O-TUE-AM1-2
1903
A2.1-P-WED-P2
2591
D3.3-P-TUE-P1
1435
D2.3-O-WED-AM2-4
2196
B1.3-H-MON-PM1-2
1343
B1.3-O-TUE-PM1-3
2252
D3.2-H-WED-PM1-5
1831
D2.2-H-THU-AM2-1
1606
B1.3-O-TUE-AM1-2
2170
A1.2-O-MON-PM2-3
2196
B1.3-H-MON-PM1-2
2273
C2.1-P-TUE-P1
1183
C1.1-I/K-MON-PM1-1
1388
A1.1-O-TUE-AM1-4
1923
D1.2-I/K-WED-AM2-1
2295
D2.1-H-TUE-AM1-1
2135
C3.3-O-WED-PM1-4
1224
B1.1-O-TUE-AM1-4
1352
B1.3-O-TUE-AM1-4
2153
D1.1-P-WED-P2
1898
D3.2-H-THU-AM1-1
2364
D2.2-O-THU-AM1-3
1518
D3.3-P-TUE-P1
1518
D3.3-P-TUE-P1
2239
D2.2-O-THU-AM2-6
1886
F3.1-O-WED-PM1-2
1259
F3.1-H-THU-AM2-1
1924
F3.1-O-WED-PM1-3
1483
F3.1-H-WED-PM1-1
2167
C4.2-P-WED-P2
1231
C3.3-P-WED-P2
1316
D2.3-O-WED-PM1-4
1346
E1.1-P-TUE-P1
2068
D3.1-O-TUE-PM1-3
1191
A2.1-P-WED-P2
1191
A2.1-P-WED-P2
1191
A2.1-P-WED-P2
2234
F1.1-P-TUE-P1
2410
C3.3-O-MON-PM2-2
1912
D1.1-O-TUE-PM1-5
1908
D1.2-O-WED-PM1-5
1607
D3.3-O-TUE-AM1-3
1592
C4.2-O-THU-AM2-2
1524
C4.1-O-TUE-AM2-2
1711
D3.2-O-THU-AM1-2
2215
B3.2-O-WED-AM1-5
2376
D2.3-O-THU-AM2-3
1745
F2.1-P-WED-P2
2008
D3.2-O-WED-PM1-6
1521
B1.1-O-TUE-AM1-2
1785
C1.1-O-TUE-PM1-3
2046
D1.1-H-WED-AM1-2
2047
D1.3-O-MON-PM2-4
2056
B1.1-P-WED-P2
2117
C4.1-O-TUE-AM2-3
1798
F2.1-P-WED-P2
1759
A2.1-P-WED-P2
1673
A1.2-O-TUE-AM2-5
1828
F1.1-O-MON-PM2-2
Author
Dunnill, Charles
Durand, Jean-Olivier
Durand, O.
Durand, Olivier
Durejko, Tomasz
Durejko, Tomasz
Durinck, Julien
Durisin, Juraj
Durussel, Alexandre
Dusza, Jan
Dusza, Jan
Dutkieiwcz, Jan
Dutkiewicz, Jan
Dutkiewicz, Jan
Dutta, Joydeep
Dużyńska, Anna
Dużyńska, Anna
Dworecka, Julita
Dybowski, Bartłomiej
Dybowski, Bartłomiej
Dybowski, Konrad
Dybowski, Konrad
Dziembaj, Piotr
Ebihara, Ken-ichi
Ebner, Christian
Ebner, Christian
Ebrahimi, Alireza
Ebrahimi, Alireza
Eckert, Jürgen
Eckert, Jürgen
Eckert, Jürgen
Eckert, Jürgen
Edalati, Kaveh
Eder, Dominik
Edström, Alexander
Edwards, Thomas EJ
Efeoğlu, Ahsan
Egizabal, Pedro
Egorov, Alexander
Eifler, Dietmar
Eiken, Janin
Eisenlohr, Philip
Ekicibil, Ahmet
Eksi, Abdul Kadir
El Cheikh, Khadija
El Fray, Miroslawa
El Fray, Miroslawa
El Fray, Miroslawa
El Fray, Mirosława
El Fray, Mirosława
EL HICHOU, Ahmed
El Mendili, Yassine
El Mendili, Yassine
El-Awady, Jaafar
El-Barawy, Kamilia
El-Didamony, Hamdy
El-Sadek, Mohamed
Elden, Elif
Elhoriny, Mohamed
Eljarrat, Alberto
Eljarrat, Alberto
Emmerich, Heike
Emmerich, Heike
Emmerich, Heike
Emmerich, Heike
Endler, Ingolf
Endo, Masahiro
Engel, Elisabeth
Engels, Philipp
Engstler, Michael
Enikeev, Nariman
Epicier, Thierry
Epicier, Thierry
Erasmus-Vignal, Paulina
Erdélyi, Zoltán
Eris, Irena
Ernesto, Pérez
Escudero-Oñate, Carlos
Esnouf, Claude
129
Index
2314
D2.1-O-MON-PM2-2
1433
D2.2-P-WED-P2
1653
E1.1-P-TUE-P1
1739
E1.1-P-TUE-P1
1647
E1.1-P-TUE-P1
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
1837
B1.3-O-WED-AM1-4
2405
A2.1-O-TUE-AM1-3
1804
C1.1-O-WED-AM2-2
1866
E1.1-O-TUE-AM2-4
2062
E1.1-P-TUE-P1
2142
C3.3-H-WED-PM1-1
2418
C2.2-O-WED-AM1-3
2416
A1.1-O-WED-AM2-2
2417
A1.3-O-TUE-AM2-4
2419
D3.1-O-MON-PM2-5
2152
C4.1-H-TUE-AM2-1
2084
C4.1-O-MON-PM1-4
2031
C4.1-O-MON-PM1-3
1825
C4.1-P-TUE-P1
2450
D2.2-P-WED-P2
2128
D3.3-P-TUE-P1
1602
E2.1-O-TUE-AM1-3
1935
E2.1-O-TUE-AM1-4
2601
B3.1-I/K-TUE-AM1-1
1453
E3.1-O-WED-AM2-4
2528
A1.1-P-WED-P2
2186
D1.1-O-WED-AM1-3
2480
B1.2-P-WED-P2
2092
D1.2-O-WED-AM2-2
2369
B2.2-O-TUE-PM1-5
1689
C4.1-P-TUE-P1
1305
D2.1-P-TUE-P1
2544
C2.2-P-WED-P2
2212
C2.1-O-TUE-AM1-2
1343
B1.3-O-TUE-PM1-3
1197
B1.3-P-TUE-P1
1607
D3.3-O-TUE-AM1-3
1528
A1.1-P-WED-P2
1536
D2.2-O-THU-AM2-2
1911
C3.2-O-MON-PM1-5
1942
B1.2-O-MON-PM2-3
1943
C1.1-O-WED-PM1-1
1675
B1.3-O-MON-PM1-5
1400
C3.3-O-THU-AM1-2
2573
B1.3-I/K-MON-PM2-1
2590
C4.1-H-MON-PM2-1
1986
B2.1-H-MON-PM2-2
1832
F1.1-P-TUE-P1
1204
D1.2-O-THU-AM2-5
1235
E1.1-P-TUE-P1
2198
D1.3-P-TUE-P1
2167
C4.2-P-WED-P2
1425
F3.1-P-WED-P2
2227
C2.1-O-MON-PM1-2
1986
B2.1-H-MON-PM2-2
2316
D1.3-O-MON-PM2-5
1877
A1.3-O-TUE-AM2-3
1960
A1.3-O-TUE-AM2-2
2129
A2.1-P-WED-P2
2451
A2.1-P-WED-P2
1720
B1.1-O-TUE-PM1-5
2028
C3.2-O-MON-PM1-2
2529
A1.1-O-WED-PM1-3
2175
B2.3-O-WED-AM2-2
2176
B2.1-O-TUE-AM1-4
1810
D1.1-P-WED-P2
1200
A2.1-P-WED-P2
2591
D3.3-P-TUE-P1
1511
C2.1-O-MON-PM2-1
2306
C2.2-O-WED-AM1-4
1382
D1.3-O-TUE-AM1-4
1302
D3.3-O-TUE-AM1-2
1265
C2.3-O-WED-AM2-2
2285
C4.2-O-THU-AM1-2
2254
B3.2-O-WED-PM1-3
1247
F1.1-O-MON-PM1-4
1251
B1.1-H-TUE-AM2-1
130
Author
Esnouf, Claude
Espejo-Mora, Edgar
Espindola, Moisés
Espíndola Rodríguez, Moisés
Espindola-Rodríguez, Moises
Espindola-Rodríguez, Moises
Espinola-Rodríguez, Moises
Esposito, Pierre-Henri
Estrada Guel, Ivanovich
Estrin, Yuri
Eugenio, S.
Eugénio, Sónia
Evaristo, Manuel
Even, J.
Even, Jacky
Even, Jacky
Even, Jacky
Fabrichnaya, O.B.
Fabrichnaya, Olga
Fabrichnaya, Olga
Fabrichnaya, Olga
Fahimi, Shirin
Falahati, Ahmad
Falco, Guillaume
Falco, Guillaume
Falco, Simone
Falkenberg, Rainer
Famengo, Alessia
Fanni, Lorenzo
Farinha, Ana Rita
Farokhipoor, Saeedeh
Faryna, Marek
Faryna, Marek
Faugeroux, Olivier
Fausek, Janusz
Favache, Audrey
Fecht, Hans-Jörg
Fecht, Hans-Jörg
Federmann, Holger
Fehse, Marcus
Feldmann, Titus
Felix, Olivier
Feng, X. Y.
Feng, X.Y.
Feng, Yuping
Fenker, Martin
Ferenc, Jaroslaw
Ferenc, Jarosław
Fernandes, H. R.
Fernandes, M.H.
Fernández, Paloma
Fernandez, Sergio
Fernandez, Vincent
Fernández-Ronco, Maria Pilar
Ferrandini, Peterson
Ferraris, Monica
Ferreira, J. M. F.
Ferreira, José
Ferreira, Rute
Ferreira, Rute
Ferreira, T. J.
Ferreira, Willian
Ferrie, Emilie
Fery, Andreas
Fiameni, Stefania
Figiel, Pawel
Figiel, Pawel
Figueiredo, Cristiano
Filik, Hayati
Filipek, Robert
Filipek, Robert
Filipek, Robert
Filippelli, Ernesto Francesco
Fima, Przemysław
Fima, Przemysław
Fino, Paolo
Fino, Paolo
Fiori, Fabrizio
Fischer, F.-D.
1443
A1.2-H-MON-PM2-2
2326
B1.1-O-TUE-PM1-2
1720
B1.1-O-TUE-PM1-5
1909
F1.1-O-MON-PM2-6
2274
F1.1-O-MON-PM2-5
2326
B1.1-O-TUE-PM1-2
2232
D1.1-P-WED-P2
1607
D3.3-O-TUE-AM1-3
1592
C4.2-O-THU-AM2-2
2265
F2.1-O-WED-PM1-2
2091
E1.1-O-MON-PM1-5
1784
A1.1-O-TUE-PM1-3
2257
D1.2-H-THU-AM1-3
1861
A2.1-O-WED-AM1-2
1910
C3.3-O-THU-AM1-3
1614
A1.1-O-WED-AM1-4
1864
A1.1-H-TUE-AM1-1
1565
A1.1-P-WED-P2
1552
A2.1-O-TUE-AM1-4
1647
E1.1-P-TUE-P1
1560
C3.3-O-THU-AM2-2
1784
A1.1-O-TUE-PM1-3
1417
D3.1-O-TUE-AM2-3
2316
D1.3-O-MON-PM2-5
2588
D1.3-I/K-MON-PM1-5
2232
D1.1-P-WED-P2
1828
F1.1-O-MON-PM2-2
1842
D2.1-O-TUE-AM1-5
1978
F1.1-P-TUE-P1
2442
B1.2-P-WED-P2
2280
C3.2-H-TUE-AM2-4
2309
E1.1-H-MON-PM1-3
2290
D3.3-O-TUE-PM1-5
2251
D1.3-O-MON-PM1-4
1629
C2.1-O-TUE-AM1-4
1498
B1.1-P-WED-P2
2212
C2.1-O-TUE-AM1-2
1826
D3.3-P-TUE-P1
1953
D3.3-P-TUE-P1
1769
D3.3-O-TUE-AM2-4
1304
F3.2-O-TUE-AM1-3
1666
F3.2-P-TUE-P1
1999
F3.1-O-THU-AM1-5
1886
F3.1-O-WED-PM1-2
1379
F3.1-O-THU-AM1-3
1924
F3.1-O-WED-PM1-3
1809
F3.2-O-TUE-PM1-4
2191
F3.1-P-WED-P2
1987
F3.2-P-TUE-P1
1714
C3.1-I/K-MON-PM2-1
1641
C3.1-O-MON-PM2-3
1509
A2.1-H-WED-AM1-1
1736
A1.3-P-TUE-P1
1715
A1.3-P-TUE-P1
1976
E2.1-P-TUE-P1
1875
D1.2-I/K-WED-PM1-1
2452
B1.1-P-WED-P2
1877
A1.3-O-TUE-AM2-3
1627
C4.3-O-MON-PM2-5
1814
C1.1-P-WED-P2
1989
C1.1-O-WED-AM1-4
1718
C2.3-O-WED-AM2-5
1635
F3.1-P-WED-P2
1522
D2.1-P-TUE-P1
1800
C1.1-O-TUE-PM1-5
1877
A1.3-O-TUE-AM2-3
2132
C4.3-O-MON-PM2-6
2498
A1.2-O-MON-PM1-2
2102
C2.3-O-WED-PM1-2
1384
D2.1-O-TUE-AM2-3
1326
C3.3-P-WED-P2
1180
D3.1-P-TUE-P1
1368
D2.3-P-WED-P2
1987
F3.2-P-TUE-P1
1863
F1.1-P-TUE-P1
1604
B3.1-H-TUE-AM2-1
1738
D2.3-P-WED-P2
1762
A2.1-O-THU-AM1-4
1762
A2.1-O-THU-AM1-4
Author
Fischer, Peer
Fischer, Sebastian
Fivel, Marc
Flamant, Quentin
Flamant, Quentin
Fleck, Claudia
Fleck, Claudia
Fleck, Michael
Fleck, Michael
Fleutot, Solenne
Flewitt, Peter
Flox, Cristina
Focke, Oliver
Fogarassy, Zsolt
Fonné, Jean-Thomas
Fonseca, Luís
Fonseca, Luis
Fonseca, Luis
Fontana, Sebastien
Fontané, Xavier
Fontelaye, Caroline
Fontova, Eulalia
Foray, Genevieve
Foray, Geneviève
Forest, Samuel
Forien, Jean-Baptiste
Fornabaio, Marta
Fornabaio, Marta
Forte, Lucia
Fortuna-Zalesna, Elzbieta
Fortunato, Elvira
Fossati, Paul C. M.
Fossati, Paul C. M.
Fotso Gueutue, Eric Stephane
Foussat, Arnaud
Fragner, Werner
François, Arnaud
Franke, Peter
Franke, Peter
Franke, Peter
Franklin, Steve
Franklin, Steve
Franklin, Steve
Franklin, Steve
Franklin, Steve
Franklin, Steve E.
Franklin, Steve E.
Franklin, Steven
Franklin, Steven
Franz, Yohann
Franz, Yohann
Fratzl, Peter
Fratzl, Peter
Fratzl, Peter
Frąckowiak, Iwona
Freitag, Bert
Freitas, Emmanuelle
Freitas, Vânia
Friederich, Pascal
Frint, Philipp
Frint, Philipp
Fronczek, Dagmara
Frutos Torres, Emilio
Frutos Torres, Emilio
Frydrych, Karol
Fu, Lianshe
Fuchs, Harald
Fudouzi, Hiroshi
Fujii, Hidetoshi
Fujita, Noriki
Fujiwara, Hiroshi
Fuks, David
Fukuda, Koki
Furgała, Joanna
Furkó, Mónika
Fürst, Andreas
Furtado, Jader
G Prolongo, Margarita
G Prolongo, Silvia
2524
B1.2-O-TUE-PM1-1
1747
C1.1-O-WED-PM1-2
1565
A1.1-P-WED-P2
1614
A1.1-O-WED-AM1-4
1784
A1.1-O-TUE-PM1-3
2410
C3.3-O-MON-PM2-2
2082
C3.3-O-TUE-PM1-4
2402
C3.1-H-MON-PM1-2
1626
D3.1-P-TUE-P1
2349
B3.2-P-WED-P2
1237
B3.2-P-WED-P2
1352
B1.3-O-TUE-AM1-4
1588
B1.3-O-MON-PM2-5
1906
D3.3-O-TUE-AM2-5
1676
B1.1-O-WED-AM2-4
2201
C2.1-P-TUE-P1
2100
C2.3-I/K-WED-AM2-1
1566
C2.3-O-WED-AM2-3
2196
B1.3-H-MON-PM1-2
1776
C1.1-H-MON-PM1-2
2099
C4.1-O-TUE-AM2-4
2079
C1.1-P-WED-P2
1299
C2.3-O-WED-PM1-4
1265
C2.3-O-WED-AM2-2
2352
C2.3-P-WED-P2
2474
C2.3-P-WED-P2
1515
D3.1-O-MON-PM1-5
2261
D3.1-O-TUE-AM1-4
1725
D1.1-O-WED-AM2-3
1930
C2.1-H-TUE-AM1-6
2025
C2.1-O-MON-PM2-4
2338
A2.1-O-TUE-PM1-4
2340
C3.3-O-WED-AM2-4
1393
C1.1-O-TUE-AM2-5
2201
C2.1-P-TUE-P1
2175
B2.3-O-WED-AM2-2
1332
C3.1-P-TUE-P1
2452
B1.1-P-WED-P2
1858
C4.1-P-TUE-P1
1950
B1.2-P-WED-P2
1256
B1.2-H-TUE-AM2-1
2260
E1.1-P-TUE-P1
1716
C3.1-P-TUE-P1
1241
C3.3-O-TUE-AM2-2
1256
B1.2-H-TUE-AM2-1
2524
B1.2-O-TUE-PM1-1
2380
F1.1-P-TUE-P1
1241
C3.3-O-TUE-AM2-2
1695
C4.3-O-MON-PM1-4
1444
C2.2-O-WED-AM1-6
2366
D1.1-O-TUE-PM1-2
1950
B1.2-P-WED-P2
2425
C1.1-O-WED-AM1-2
2454
D1.2-H-WED-PM1-4
2468
D1.3-O-MON-PM1-3
1405
D1.3-H-MON-PM1-1
1247
F1.1-O-MON-PM1-4
1327
E1.1-P-TUE-P1
1507
E4.1-O-WED-PM1-4
1919
E4.1-O-WED-PM1-6
2413
A2.1-O-WED-PM1-3
2272
E1.1-O-TUE-AM1-3
2315
C1.1-P-WED-P2
1276
B2.2-O-TUE-PM1-2
2022
B3.1-O-TUE-PM1-2
1243
C4.1-P-TUE-P1
1937
D1.2-H-WED-AM2-4
1978
F1.1-P-TUE-P1
2181
E1.1-P-TUE-P1
1306
D3.3-P-TUE-P1
1276
B2.2-O-TUE-PM1-2
1770
C4.3-O-TUE-AM1-5
1375
C3.3-O-WED-AM1-2
1388
A1.1-O-TUE-AM1-4
1956
D1.3-O-TUE-AM1-6
2131
D2.2-O-THU-AM1-2
2133
D2.1-O-MON-PM2-3
1958
D2.1-O-MON-PM1-5
1990
C1.1-P-WED-P2
Author
G. Caballero, Francisca
G. Langdon, Terence
Gadea, Gerard
Gadea, Gerard
Gadea, Gerard
Gadow, Rainer
Gagaoudakis, Emmanouil
Gajc, Marcin
Gajdos, Fruzsina
Gajewska, Marta
Gajewska-Midzialek, Anna
Galenko, Peter
Galenko, Peter
Galindo-Nava, Enrique
Galindo-Nava, Enrique
Gałka, Aleksander
Gambaro, Sofia
Gambaro, Sofia
Gammer, Christoph
Gammer, Christoph
Gamsjäger, Ernst
Gancarczyk, Kamil
Gancarz, Tomasz
Gancarz, Tomasz
Gancarz, Tomasz
Gancarz, Tomasz
Ganchenkova, Maria
Ganesan, Hariprasath
Ganguly, Supriyo
Ganguly, Supriyo
Ganguly, Supriyo
Ganz, Arthur
Garbacz, Halina
Garbacz, Halina
Garbacz, Halina
Garbiec, Dariusz
Garbiec, Dariusz
Garcia, Amauri
Garcia, Amauri
Garcia, Maria
Garcia Caballero, Francisca
Garcia Cano, Irene
Garcia Giron, Antonio
Garcia-Lecina, Eva
Garcia-Mateo, Carlos
Garcia-Mateo, Carlos
Garcia-Sanchez, E.
Garcia-Urrutia, Itziar
Garlapati, Suresh
Garnweitner, Georg
Garre, Emmanuel
Garrido, Sofia
Gärtnerová, Viera
Gass, Mhairi
Gatel, Christophe
Gatel, Christophe
Gatto, Andrea
Gaur, N.K.
Gauthier-Brunet, Véronique
Gauthier-Brunet, Veronique
Gavrilin, Ilya
Gawlinska, Katarzyna
Gawroński, Zbigniew
Gazda, Maria
Gazda, Maria
Gazda, Maria
Gazquez, Jaume
Gazzano, Massimo
Gąsior, Władysław
Gąsior, Władysław
Gdaniec, Pawel
Gebauer, Julia Susanne
Gebel, Thoralf
Gebhardt, Paul
Geers, Marc
Geers, Marc
Geers, Marc
Geers, Marc
Geist, David
Index
1919
E4.1-O-WED-PM1-6
1301
C3.1-O-MON-PM2-5
2588
D1.3-I/K-MON-PM1-5
1809
F3.2-O-TUE-PM1-4
2423
E2.1-P-TUE-P1
1872
B2.3-O-THU-AM1-2
1258
B1.2-P-WED-P2
1383
D1.1-P-WED-P2
1817
C2.2-O-TUE-PM1-5
1980
D1.1-O-WED-AM1-4
1475
D3.1-O-TUE-AM2-4
1830
E2.1-O-MON-PM2-5
1213
B2.3-O-WED-PM1-3
1932
F3.1-O-THU-AM2-5
1727
A1.3-P-TUE-P1
1409
A1.1-O-WED-PM1-2
1937
D1.2-H-WED-AM2-4
1619
D1.1-P-WED-P2
2008
D3.2-O-WED-PM1-6
2428
C1.1-P-WED-P2
2095
E1.1-P-TUE-P1
2334
C3.3-P-WED-P2
2337
F3.2-O-TUE-AM1-5
1851
D1.3-O-MON-PM2-3
1882
E1.1-H-MON-PM2-2
1653
E1.1-P-TUE-P1
1247
F1.1-O-MON-PM1-4
1775
F2.1-O-WED-AM2-1
2485
E4.1-O-WED-PM1-2
1752
C2.3-I/K-THU-AM1-1
1755
C1.1-P-WED-P2
1509
A2.1-H-WED-AM1-1
1313
C3.2-O-TUE-AM2-1
1468
F1.1-H-MON-PM2-1
1753
D2.1-O-MON-PM1-3
2329
D1.2-I/K-WED-AM1-4
1334
E3.1-P-WED-P2
2350
B1.2-O-TUE-AM1-2
2217
D2.3-P-WED-P2
2257
D1.2-H-THU-AM1-3
2389
D2.2-H-THU-AM1-1
1665
B1.3-O-WED-AM1-5
2569
B1.1-P-WED-P2
2490
C3.3-O-TUE-PM1-2
2020
C3.3-P-WED-P2
1761
F1.1-O-MON-PM2-3
2143
C1.1-O-TUE-PM1-4
2409
C1.1-H-TUE-PM1-2
2088
C1.1-O-WED-AM1-3
2137
C1.1-P-WED-P2
1254
B1.2-P-WED-P2
1442
B3.2-P-WED-P2
1691
B3.1-O-TUE-AM1-4
1228
A2.1-O-WED-AM2-4
1417
D3.1-O-TUE-AM2-3
2256
C1.1-O-TUE-AM1-2
2218
C2.2-O-WED-AM1-5
2049
A1.3-O-TUE-AM1-6
1816
C3.3-O-WED-PM1-3
1955
C3.3-O-MON-PM2-4
1178
B1.1-O-WED-PM1-5
2130
C3.1-O-MON-PM1-3
1468
F1.1-H-MON-PM2-1
1957
C2.1-P-TUE-P1
2366
D1.1-O-TUE-PM1-2
1875
D1.2-I/K-WED-PM1-1
1871
A1.3-H-TUE-AM1-2
2152
C4.1-H-TUE-AM2-1
1868
C2.3-P-WED-P2
1870
C4.1-P-TUE-P1
1869
C2.3-P-WED-P2
2210
D3.3-P-TUE-P1
1326
C3.3-P-WED-P2
1791
B2.3-O-WED-PM1-5
2085
B3.2-O-WED-PM1-1
1910
C3.3-O-THU-AM1-3
2346
C4.1-O-MON-PM2-5
2366
D1.1-O-TUE-PM1-2
1671
C1.1-P-WED-P2
Author
Gence, Loic
Genin, Dmitry
Geoffroy, Dominique
Gerhardt, Lutz C.
Ghasemi, Ismaeil
Ghassemi Kakroudi, Mahdi
gheribi, bachir
Ghica, Corneliu
Ghica, Daniela
Ghosh, Gautam
Ghysels, An
Giampiccolo, Andrea
Gianella, Sandro
Giannakopoulos, Antonios
Giannakopoulos, Konstantinos
Giannazzo, FIlippo
Gich, M.
Giesebrecht, Jan
Giessmann, Adam
Gil, Victor
Gil Posada, Jorge Omar
Gilewicz, Adam
Gioffredi, Emilia
Giorgio, Suzanne
Giraldo, Segio
Giraldo, Sergio
Girardin, Emmanuelle
Giugliano, Daniela
Giuliani, Finn
Giuranno, Donatella
Giżyński, Maciej
Gjardy, André
Gleuwitz, Robert
Gloriant, Thierry
Gloriant, Thierry
Gloter, Alexandre
Gładki, Andrzej
Głownia, Jan
Gobbi, Giorgia
Göbel, Thorsten
Godet, Stéphane
Godlewska, Elzbieta
Godlewska, Elżbieta
Godlewska, Elżbieta
Goering, Eberhardt
Goerke, Oliver
Göken, Mathias
Göken, Mathias
Göken, Mathias
Göken, Mathias
Golchin, Sahand
Gołębiewska-Kurzawska, Joanna
Gołębiowski, Łukasz
Gomez, Virginia
Gonçalves, William
Gonda, Viktor
Gonthier, Anne
González, Guillermo
Gonzalez, Pablo
González Rovira, Leandro
Goodall, Russell
Goodfriend, Nathan
Gordin, Doina-Margareta
Gorewoda, Tadeusz
Gorges, Bernard
Goris, Bart
Goris, Bart
Gornakova, A.S.
Gornakova, Alena
Gornakova, Alena
Gornakova, Alena
Gotcu-Freis, Petronela
Goto, Takuya
Gotor, Francisco Jose
Gotovac Atlagić, Suzana
Gouillart, Emmanuelle
Gouthama
1181
C3.1-O-MON-PM2-4
1310
B2.1-O-MON-PM2-4
1389
A1.3-P-TUE-P1
1737
A1.3-P-TUE-P1
1564
B3.2-P-WED-P2
2496
B3.2-O-WED-AM2-3
2167
C4.2-P-WED-P2
1611
B2.2-I/K-WED-AM1-1
1216
F2.1-O-THU-AM1-4
1952
D1.2-I/K-THU-AM2-1
1280
A2.1-O-TUE-AM2-4
1575
E1.1-P-TUE-P1
1714
C3.1-I/K-MON-PM2-1
1819
B1.3-I/K-TUE-AM1-1
1410
C4.1-O-MON-PM2-4
2308
B1.3-O-TUE-PM1-2
1509
A2.1-H-WED-AM1-1
1822
A2.1-O-TUE-AM2-2
2467
E2.1-O-MON-PM1-5
2628
C1.1-I/K-TUE-AM2-1
2007
D2.1-O-TUE-AM2-4
2551
A1.3-P-TUE-P1
1843
F1.1-O-MON-PM2-4
2280
C3.2-H-TUE-AM2-4
2091
E1.1-O-MON-PM1-5
2332
C4.3-O-TUE-AM2-5
2457
D3.2-O-THU-AM2-5
2309
E1.1-H-MON-PM1-3
2290
D3.3-O-TUE-PM1-5
2308
B1.3-O-TUE-PM1-2
1783
C1.1-H-WED-AM2-3
1790
C1.1-O-WED-AM2-5
2187
B3.2-P-WED-P2
2633
C2.3-P-WED-P2
1783
C1.1-H-WED-AM2-3
1790
C1.1-O-WED-AM2-5
2125
D2.1-O-TUE-PM1-1
1951
D1.1-O-TUE-AM2-4
2440
D1.2-H-THU-AM2-3
1193
F2.1-O-THU-AM1-3
2413
A2.1-O-WED-PM1-3
1320
D1.2-P-WED-P2
1582
A2.1-O-WED-AM1-3
1871
A1.3-H-TUE-AM1-2
2175
B2.3-O-WED-AM2-2
2565
C4.2-O-WED-PM1-2
2440
D1.2-H-THU-AM2-3
1883
A2.1-O-WED-AM2-5
2220
C1.1-O-WED-AM1-6
1533
E1.1-H-MON-PM2-1
1545
B3.1-O-TUE-AM2-2
2215
B3.2-O-WED-AM1-5
1223
B3.1-O-TUE-AM1-6
2365
B3.1-O-TUE-AM2-3
1853
B3.2-P-WED-P2
2588
D1.3-I/K-MON-PM1-5
2337
F3.2-O-TUE-AM1-5
1182
E3.1-O-WED-AM1-2
1836
B2.2-O-TUE-AM2-2
2260
E1.1-P-TUE-P1
2588
D1.3-I/K-MON-PM1-5
2418
C2.2-O-WED-AM1-3
1305
D2.1-P-TUE-P1
1312
E4.1-O-WED-AM2-3
1553
E4.1-H-WED-AM2-1
2414
B1.1-H-TUE-PM1-1
1739
E1.1-P-TUE-P1
2556
B2.2-H-WED-AM1-4
2505
C3.1-I/K-TUE-AM1-1
2305
E4.1-I/K-WED-AM1-1
1311
D3.2-O-WED-PM1-3
1533
E1.1-H-MON-PM2-1
1314
E1.1-O-MON-PM2-5
2571
C2.2-I/K-TUE-AM2-1
2001
C2.2-P-WED-P2
1176
A1.2-P-TUE-P1
2092
D1.2-O-WED-AM2-2
1208
B1.2-I/K-WED-AM1-1
2355
D1.1-P-WED-P2
Author
Gouton, Lucille
Gouze, Benoît
Gowenlock, Cathren
Gómez de Salazar, José M.
Góral, Anna
Grabowska, Beata
Gradzik, Bogusława
Graffion, Julien
Grande, Daniel
Grandidier, Bruno
Grandjean, Agnes
Granek, Filip
Grech, David
Greer, A. Lindsay
Greer, A. Lindsay
Greer, Lindsay
Gregorczyk, Keith
Gregorova, Adriana
Gregorova, Adriana
Greiner, Christian
Greiner, Christian
Grelowska, Iwona
Gremillard, Laurent
Grey, Paul
Griffiths, Ian
Grigoryev, Evgeny
Grilhé, Jean
Grimes, Robin W.
Grimes, Robin W.
Grize, Carolina
Gröb, Thorsten
Gröb, Thorsten
Grobelny, Marcin
Grobelny, Marcin
Groche, Peter
Groche, Peter
Grochla, Dario
Grodecki, Kacper
Grogger, Werner
Groll, Jürgen
Gromov, Dmitry
Grosseau-Poussard, Jean-Luc
Grybczuk, Mateusz
Grzelczak, Marek
Grzesiak, Dariusz
Grzesiak, Dariusz
Gspan, Christian
Gubernat, Agnieszka
Gubicza, Jenő
Guc, M
Gude, Maik
Gude, Maik
Gude, Maik
Gude, Maik
Gude, Maik
Gueninchault, Nicolas
Guerrazzi, Ilenia
Guest, James K
Guiberteau, Fernando
Guilemany, Josep Maria
Guilhem, Yoann
Guillemoles, J.-M.
Guillot, Emmanuel
Guillot, Ivan
Guillot, Ivan
Gumbmann, Eva
Gunder, René
Günster, Jens
Guo, Chunlei
Guo, Muxing
Gupta, Ankit
Gurieva, G
Gurieva, Galina
Gusak, Andriy
Gusak, Andriy
Gutmann, Jochen S.
Guzman, Roger
Ha, Yoosung
Haas, David
1292
D1.2-O-THU-AM1-4
2009
C4.1-O-TUE-AM1-4
2406
A2.1-O-TUE-PM1-3
1190
B1.1-I/K-TUE-AM1-1
2152
C4.1-H-TUE-AM2-1
2132
C4.3-O-MON-PM2-6
1695
C4.3-O-MON-PM1-4
1804
C1.1-O-WED-AM2-2
2242
D3.1-P-TUE-P1
1701
B1.2-O-WED-AM2-3
2318
D2.3-O-WED-PM1-3
1932
F3.1-O-THU-AM2-5
2026
E1.1-P-TUE-P1
2275
E1.1-O-TUE-AM2-1
2095
E1.1-P-TUE-P1
2457
D3.2-O-THU-AM2-5
2107
D3.1-P-TUE-P1
1535
B1.2-O-WED-PM1-5
2543
C4.3-H-TUE-AM2-4
1722
D3.3-O-TUE-AM2-2
2068
D3.1-O-TUE-PM1-3
1813
C3.2-O-MON-PM1-3
1208
B1.2-I/K-WED-AM1-1
1668
A1.1-P-WED-P2
2206
D2.1-P-TUE-P1
1336
C3.3-O-TUE-PM1-3
2155
C1.1-O-MON-PM1-5
1893
D2.2-O-THU-AM1-6
1428
D2.3-O-WED-AM1-2
1458
D2.3-P-WED-P2
1761
F1.1-O-MON-PM2-3
2121
D3.1-P-TUE-P1
2028
C3.2-O-MON-PM1-2
1509
A2.1-H-WED-AM1-1
1499
C2.1-O-MON-PM1-5
1339
C3.3-O-TUE-AM1-4
1340
C3.3-P-WED-P2
1634
D1.3-H-TUE-AM1-1
2099
C4.1-O-TUE-AM2-4
1561
E4.1-O-WED-PM1-3
1429
D2.1-P-TUE-P1
1428
D2.3-O-WED-AM1-2
1814
C1.1-P-WED-P2
1700
C1.1-H-WED-AM2-1
2261
D3.1-O-TUE-AM1-4
1843
F1.1-O-MON-PM2-4
1555
C4.2-O-WED-PM1-3
2557
A1.3-P-TUE-P1
2435
E3.1-P-WED-P2
2068
D3.1-O-TUE-PM1-3
2085
B3.2-O-WED-PM1-1
1741
C2.2-O-TUE-PM1-3
1604
B3.1-H-TUE-AM2-1
1617
D2.1-O-TUE-PM1-2
1758
F3.2-I/K-TUE-AM1-1
1315
D3.1-O-MON-PM1-4
1532
F1.1-O-TUE-AM2-2
1714
C3.1-I/K-MON-PM2-1
2341
B3.1-O-TUE-AM2-4
2186
D1.1-O-WED-AM1-3
1400
C3.3-O-THU-AM1-2
2198
D1.3-P-TUE-P1
2122
F3.1-O-THU-AM1-6
2123
F3.1-O-THU-AM1-4
2525
D2.2-P-WED-P2
1182
E3.1-O-WED-AM1-2
2368
D1.2-O-WED-PM1-3
2189
D3.3-O-TUE-AM1-4
1753
D2.1-O-MON-PM1-3
2247
B1.3-H-WED-AM1-2
1588
B1.3-O-MON-PM2-5
1352
B1.3-O-TUE-AM1-4
1528
A1.1-P-WED-P2
1488
B1.2-H-WED-AM2-1
2380
F1.1-P-TUE-P1
2533
C4.3-H-MON-PM2-2
1552
A2.1-O-TUE-AM1-4
2257
D1.2-H-THU-AM1-3
1909
F1.1-O-MON-PM2-6
Author
Habermeier, Hanns-Ulrich
Habraken, Anne-Marie
Hadjiev, Viktor
Hage, F.S.
Hahn, H.
Hahn, Horst
Hahn, Horst
Hahn, Horst
Hahn, Torsten
Hähner, Peter
Haidemenopoulos, Gregory
Haidemenopoulos, Gregory
Hall, Peter
Hall, Peter J.
Hall, Peter J.
Hamade, Sami
Hamaekers, Jan
Hamasaiid, Anwar
Häming, Marc
Hampl, Milan
Hamza, Mohamed
Han, Wei-Qiang
Han, Wentuo
Handoko, Albertus
Hangen, Ude
Hangen, Ude
Hanh, Horst
Hannard, Florent
Hänninen, Hannu
Hänninen, Hannu
Hans, Karen
Hansen, Mirko
Hanske, Christoph
Hanßke, Felix
Hara, Agnieszka
Hara, Agnieszka
Hara, Agnieszka
Haramus, Vasyl
Harmuth, Harald
Harris, Adrian
Harris, William
Harris, Zachary
Härtel, Markus
Härtel, Markus
Hartmaier, Alexander
Hartmann, Daniel
Hashemi, Neda
Hasik, Magdalena
Hassein-Bey, Amel Hind
Hatem, Tarek
Hattori, Yoshiyuki
Hauert, Roland
Hauptmann, Jan
Hauptstein, Bastian
Haycock, John
Haynes, Peter D.
Haynl, Christian
Healy, Noel
Hebda, Edyta
Hébert, Cécile
Heiss, Alexander
Helfen, Lukas
Heljak, Marcin
Heljak, Marcin
Helstein, Piotr
Hemker, Kevin
Henrard, Luc
Henriques, David
Héraud, Lorène
Héripré, Eva
Herlach, Dieter
Herlach, Dieter
Hernández, Elba
Hernández-Mayoral, Mercedes
Hernandez-Rodriguez, M. A. L.
Hernandez-Sosa, Gerardo
Herold, Claire
Herrmann, Axel Siegfried
Herrmann, Inge K.
131
Index
1380
C2.1-O-MON-PM1-4
2257
D1.2-H-THU-AM1-3
2186
D1.1-O-WED-AM1-3
1400
C3.3-O-THU-AM1-2
1311
D3.2-O-WED-PM1-3
1411
B1.1-O-WED-AM2-3
1697
A1.1-O-TUE-AM2-2
1374
B1.2-H-MON-PM2-2
1852
B2.2-H-TUE-AM2-3
2558
D2.1-H-TUE-AM2-1
1780
C2.2-H-TUE-PM1-1
2534
C4.3-H-TUE-AM2-3
2132
C4.3-O-MON-PM2-6
1194
B1.1-P-WED-P2
1821
C2.1-O-MON-PM2-5
1831
D2.2-H-THU-AM2-1
2252
D3.2-H-WED-PM1-5
1325
B1.2-O-TUE-AM2-2
1956
D1.3-O-TUE-AM1-6
1958
D2.1-O-MON-PM1-5
2131
D2.2-O-THU-AM1-2
2133
D2.1-O-MON-PM2-3
2081
C2.1-O-TUE-AM1-3
2440
D1.2-H-THU-AM2-3
1332
C3.1-P-TUE-P1
1529
C1.1-O-TUE-AM2-3
2601
B3.1-I/K-TUE-AM1-1
1266
F2.1-H-THU-AM2-4
2342
F1.1-O-TUE-AM1-3
2338
A2.1-O-TUE-PM1-4
2493
E3.1-I/K-WED-AM1-1
1338
E3.1-O-WED-AM1-3
1612
C1.1-H-TUE-AM1-1
1632
B1.2-P-WED-P2
1643
E1.1-O-TUE-AM1-4
1874
C2.3-O-THU-AM1-2
1876
A2.1-P-WED-P2
1513
C2.3-O-WED-PM1-6
1993
B3.2-P-WED-P2
1663
D2.3-P-WED-P2
1867
B2.1-O-MON-PM1-3
2070
B2.1-P-TUE-P1
2508
E1.1-P-TUE-P1
2143
C1.1-O-TUE-PM1-4
2088
C1.1-O-WED-AM1-3
2137
C1.1-P-WED-P2
2409
C1.1-H-TUE-PM1-2
1183
C1.1-I/K-MON-PM1-1
1429
D2.1-P-TUE-P1
2207
B1.1-H-WED-AM1-4
1337
B1.1-P-WED-P2
1374
B1.2-H-MON-PM2-2
2468
D1.3-O-MON-PM1-3
1514
D3.3-O-TUE-PM1-6
1206
B1.2-O-TUE-AM2-5
1288
C1.1-O-MON-PM2-2
1747
C1.1-O-WED-PM1-2
2163
D2.3-P-WED-P2
2167
C4.2-P-WED-P2
1357
E4.1-O-WED-AM1-2
1305
D2.1-P-TUE-P1
1398
F2.1-H-WED-AM2-3
1380
C2.1-O-MON-PM1-4
2229
B1.1-O-WED-PM1-3
1372
A2.1-O-TUE-AM1-6
2032
D3.2-O-THU-AM1-3
1615
D3.3-H-TUE-AM1-1
1959
E4.1-O-WED-AM2-5
2468
D1.3-O-MON-PM1-3
1579
C3.3-O-WED-AM1-3
1526
D1.3-O-MON-PM1-2
2117
C4.1-O-TUE-AM2-3
2096
F2.1-O-WED-PM1-3
1748
F2.1-P-WED-P2
1923
D1.2-I/K-WED-AM2-1
2376
D2.3-O-THU-AM2-3
2379
D2.3-P-WED-P2
2404
C3.1-I/K-TUE-AM1-2
2074
D1.1-O-WED-AM2-2
132
Author
Herrmann, Marion
Hesselbach, Johanne
Hessler-Wyser, Aicha
Heyn, Andreas
Hickel, Tilmann
Hidalgo-Manrique, Paloma
Hierold, Christofer
Higashida, Kenji
HIRAGA, Heijiro
Hirayama, Kyosuke
Hirose, Akio
Hirtz, Michael
Hirtz, Michael
Hoche, Francois-Xavier
Höche, Thomas
Hochrainer, Thomas
Hochrainer, Thomas
Hodgson, Peter
Hoefnagels, Johan
Hoefnagels, Johan
Hoefnagels, Johan
Hoefnagels, Johan
Hoerhold, Réjane
Hofer, Ferdinand
Hoffman, Jacek
Hoffmann, Jan
Hoffmann, Justus
Hofmann, Heinrich
Hofmann, Heinrich
Hofmann, Heinrich
Hohe, Jörg
Hohe, Jörg
Hohenwarter, Anton
Holešinský, Jan
Holliman, Peter
Homa, Marta
Homa, Marta
Homa, Marta
Homa, Marta
Homer, Mark
Honda, Sawao
Honda, Sawao
Hong, Young Taik
Höppel, Heinz Werner
Höppel, Heinz-Werner
Horita, Zenji
Hornberger, Benjamin
Hort, Norbert
Horváth, Klaudia
Hoshino, Manabu
Houdellier, Florent
Howes, Paul
Huang, Qiuliang
Huang, Yi
Huang, Yi
Hubert, Olivier
Hufenus, Rudolf
Huger, Marc
Huger, Marc
Humenik, Martin
Hurtado, Antonio
Huseynov, Vusal
Hussain, Tanveer
Hüter, C.
Hüttl, Regina
Huvelin, Zhao
Hÿtch, Martin
Iankov, Dimitre
Ibarra, Manuel Ricardo
Ibrahim, Mohamed
Idaszek, Joanna
Idaszek, Joanna
Idrobo, Juan-Carlos
Ikeda, Tomohiro
Ikeda, Yuichi
Ilday, Fatih Ömer
Imafuku, Muneyuki
1850
C3.2-O-MON-PM2-1
2427
A1.3-O-MON-PM2-4
1805
D1.2-O-THU-AM1-5
2092
D1.2-O-WED-AM2-2
1727
A1.3-P-TUE-P1
1986
B2.1-H-MON-PM2-2
2464
B2.1-H-TUE-AM1-1
1773
B2.1-O-MON-PM1-4
1889
E1.1-O-MON-PM2-4
1384
D2.1-O-TUE-AM2-3
2314
D2.1-O-MON-PM2-2
1233
C3.2-O-TUE-AM2-3
1195
B1.3-P-TUE-P1
2152
C4.1-H-TUE-AM2-1
2018
C1.1-O-MON-PM1-3
1804
C1.1-O-WED-AM2-2
1867
B2.1-O-MON-PM1-3
2070
B2.1-P-TUE-P1
2070
B2.1-P-TUE-P1
1653
E1.1-P-TUE-P1
1879
E1.1-P-TUE-P1
1647
E1.1-P-TUE-P1
1377
C2.1-O-MON-PM2-3
1674
B3.1-O-TUE-PM1-1
1479
D2.2-P-WED-P2
2425
C1.1-O-WED-AM1-2
1320
D1.2-P-WED-P2
2304
E3.1-P-WED-P2
2222
C3.2-O-MON-PM1-1
1491
F1.1-P-TUE-P1
2126
D1.1-P-WED-P2
1823
E3.1-P-WED-P2
1776
C1.1-H-MON-PM1-2
2496
B3.2-O-WED-AM2-3
2417
A1.3-O-TUE-AM2-4
1548
C2.2-O-TUE-PM1-4
1741
C2.2-O-TUE-PM1-3
2001
C2.2-P-WED-P2
2108
C2.2-O-TUE-AM2-3
1787
C2.2-O-WED-AM1-2
2220
C1.1-O-WED-AM1-6
1563
B1.2-O-MON-PM2-4
2475
D2.1-O-MON-PM2-4
1976
E2.1-P-TUE-P1
1510
F2.1-P-WED-P2
1209
B3.1-P-TUE-P1
2333
B1.1-P-WED-P2
2315
C1.1-P-WED-P2
2420
A2.1-O-WED-AM1-5
1649
B1.1-P-WED-P2
1574
F2.1-O-THU-AM1-5
1344
B3.2-O-WED-PM1-6
1345
D2.1-P-TUE-P1
1334
E3.1-P-WED-P2
2306
C2.2-O-WED-AM1-4
1846
B2.2-O-TUE-PM1-3
1513
C2.3-O-WED-PM1-6
1209
B3.1-P-TUE-P1
2044
D2.1-I/K-MON-PM1-1
2424
E4.1-P-WED-P2
2392
E4.1-O-WED-AM1-4
1208
B1.2-I/K-WED-AM1-1
1901
A2.1-P-WED-P2
1929
D2.3-P-WED-P2
2374
C2.2-O-TUE-AM2-4
2043
B1.3-P-TUE-P1
2108
C2.2-O-TUE-AM2-3
1787
C2.2-O-WED-AM1-2
2001
C2.2-P-WED-P2
1741
C2.2-O-TUE-PM1-3
1548
C2.2-O-TUE-PM1-4
1643
E1.1-O-TUE-AM1-4
1860
B1.2-P-WED-P2
2490
C3.3-O-TUE-PM1-2
2002
A2.1-P-WED-P2
2017
F3.1-P-WED-P2
2574
A1.3-P-TUE-P1
1684
C4.3-O-MON-PM2-4
1686
A1.1-O-WED-AM2-4
Author
Impellizzeri, Giuliana
Imperor-Clerc, Marianne
Indyka, Paulina
Íñiguez, Jorge
Ioannou-Sougleridis, Vassilios
Ionescu, E.
Ionescu, Emanuel
Ionescu, Emanuel
Irvine, Stuart
Ishikawa, Nobuyuki
Issa, Inas
Ito, Takashi
Ivanchenko, Leonid
Ivanisenko, Yu.
Ivanisenko, Yulia
Ivanisenko, Yuliia
Iwamoto, Yuji
Iwamoto, Yuji
Iwasaki, Ryo
Izquierdo, Victor
Izquierdo-Roca, Victor
Izquierdo-Roca, Victor
J. Jacques, Pascal
Jablonska, Justyna
Jacques, Pascal J.
Jäger, Aleš
Jagielski, Jacek
Jakubiak, Szymon
Jakubiak, Szymon
Jakubowicz, Jaroslaw
Jakubowska, Dorota
Jakubowska, Justyna
James, Richard
Janas, Andrzej
Jancu, Jean-Marc
Janczak-Rusch, Jolanta
Janczak-Rush, Jolanta
Janeček, Miloš
Jang, Je-Wook
Jang, Jinsung
Janiszewska, Dominika
Janko, Christina
Janusz, Marta
Januszewicz, Bartłomiej
Januszewicz, Bartłomiej
Jarosinski, Lukasz
Jarosz, Robert
Jaroszewicz, Jakub
Jarząbek, Dariusz
Jarząbek, Dariusz
Jarząbek, Dariusz M.
Jasielec, Jerzy Janusz
Jauffres, David
Jaworska, Lucyna
Jaworska, Lucyna
Jaya, B. Nagamani
Jayaseelan, Daniel Doni
Jayaseelan, Daniel Doni
Je, Hwanil
Jedrzejczak, Anna
Jemblie, Lise
Jeong, Myung Yung
Jerez, Oscar
Jeurgens, Lars
Jeurgens, Lars
Jeurgens, Lars
Jeurgens, Lars P. H.
Jeurgens, Lars P.H.
Jewell, Eifion
Jezierska, Elżbieta
Jeż, Mateusz
Jędrzejczak, Anna
Jędrzejewski, Roman
Jia, Quanxi
Jiang, Qixiang
Jiang, Qixiang
1377
C2.1-O-MON-PM2-3
1762
A2.1-O-THU-AM1-4
2058
D2.2-P-WED-P2
1687
C3.3-O-WED-AM2-3
1639
D1.1-O-TUE-PM1-3
1687
C3.3-O-WED-AM2-3
1313
C3.2-O-TUE-AM2-1
2314
D2.1-O-MON-PM2-2
2146
A1.1-O-TUE-AM2-3
1558
D2.1-O-MON-PM2-5
1760
F3.1-P-WED-P2
1650
B3.2-O-WED-PM1-5
2592
D2.3-P-WED-P2
1507
E4.1-O-WED-PM1-4
1320
D1.2-P-WED-P2
2380
F1.1-P-TUE-P1
2200
A2.1-O-TUE-AM2-5
2187
B3.2-P-WED-P2
1941
E3.1-O-WED-AM2-6
2374
C2.2-O-TUE-AM2-4
2375
C2.2-O-TUE-PM1-2
2375
C2.2-O-TUE-PM1-2
2374
C2.2-O-TUE-AM2-4
1375
C3.3-O-WED-AM1-2
1193
F2.1-O-THU-AM1-3
2361
A2.1-P-WED-P2
2148
E3.1-P-WED-P2
1979
B3.2-P-WED-P2
1442
B3.2-P-WED-P2
1513
C2.3-O-WED-PM1-6
2273
C2.1-P-TUE-P1
2492
C3.1-I/K-MON-PM1-1
1254
B1.2-P-WED-P2
1435
D2.3-O-WED-AM2-4
2625
B3.2-O-WED-AM1-4
1904
A2.1-O-TUE-AM1-2
2333
B1.1-P-WED-P2
2002
A2.1-P-WED-P2
2315
C1.1-P-WED-P2
1970
A1.3-O-TUE-AM1-4
2188
E2.1-P-TUE-P1
1861
A2.1-O-WED-AM1-2
2207
B1.1-H-WED-AM1-4
2624
B3.2-I/K-WED-AM1-1
1805
D1.2-O-THU-AM1-5
2215
B3.2-O-WED-AM1-5
2187
B3.2-P-WED-P2
2035
F3.2-O-TUE-PM1-3
2190
A1.3-P-TUE-P1
2572
E2.1-P-TUE-P1
2102
C2.3-O-WED-PM1-2
2286
A1.3-O-MON-PM2-5
1972
A2.1-O-THU-AM1-2
2010
A2.1-H-TUE-AM1-5
1387
F1.1-P-TUE-P1
1932
F3.1-O-THU-AM2-5
2085
B3.2-O-WED-PM1-1
1434
D2.1-P-TUE-P1
2475
D2.1-O-MON-PM2-4
1503
C3.3-O-TUE-AM1-3
2311
B1.2-O-TUE-PM1-5
1506
C1.1-O-WED-AM1-5
1400
C3.3-O-THU-AM1-2
2303
D3.3-P-TUE-P1
2302
B3.2-P-WED-P2
2299
D3.3-H-TUE-PM1-1
2360
E1.1-P-TUE-P1
2297
C2.3-P-WED-P2
2347
A1.1-O-WED-AM1-3
2226
A1.1-P-WED-P2
2237
A1.1-P-WED-P2
2144
A1.1-O-TUE-AM1-3
2169
A1.1-P-WED-P2
2135
C3.3-O-WED-PM1-4
2127
C3.3-O-WED-PM1-5
2518
F2.1-P-WED-P2
2423
E2.1-P-TUE-P1
2262
B3.2-P-WED-P2
2264
B3.2-P-WED-P2
Author
Jimémez Mena, Norberto
Jiménez-Suárez, Alberto
Jiroutova, Dita
Johansson-Jõesaar, Mats
Johansson-Jõesaar, Mats Peter
Johnson, Lars
Jokisch, Stephan
Joly-Pottuz, Lucile
Jomaa, Mohamed Hedi
Jones, Robert
José Luis, González-Carrasco
Joseph, Aurélie
Jothi, Sathiskumar
Joulain, Anne
Jozwik, Iwona
Juarez-Hernandez, A.
Judek, Jarek
Judek, Jarosław
Jung, Joong Eun
Jung, Kwang-Ho
Jung, Kwang-Ho
Jung, Seung-Boo
Jung, Seung-Boo
Junghähnel, Manuela
Jüngst, Tomasz
Jurczyk-Kowalska, Magdalena
Juszczyk, Barbara
Juszczyk, Barbara
Juszczyk, Barbara
Kaban, Ivan
Kaban, Ivan
Kabashin, Andrei
Kabir-Mohamadi, Maryam
Kaburaki, Hideo
Kachold, Franziska
Kaczmarek, Lukasz
Kaczmarek, Łukasz
Kaczmarek, Łukasz
Kaczmarek, Łukasz
Kadri, Rana
Kadri, Rana
Kailer, Andreas
Kainer, Karl
Kainer, Karl Ulrich
Kalemba-Rec, Izabela
Kaleta, Jerzy
Kalisz, Małgorzata
Kaltwasser, Arved
Kalyva, Maria
Kałus, Agnieszka
Kamai, Masatoshi
Kameche, Farid
Kaminska, Maria
Kamińska, Maria
Kamiński, Janusz
Kamoutsi, Helen
Kaneko, Katsumi
Kaneko, Takahiro
Kang, Suk Hoon
Kania, Bogusz
Kania, Zofia
Kapp, Marlene
Kappl, Herbert
Kaptay, George
Kaptay, George
Kaptay, George
Kaptay, George
Kaptay, George
Kar-Narayan, Sohini
Kar-Narayan, Sohini
Kar-Narayan, Sohini
Kar-Narayan, Sohini
Kar-Narayan, Sohini
Kara, Levent
Kara, Levent
Karaali, Ahcene
Karabi, Mohammad
Karantzalis, Alexander E.
Karantzalis, Alexander E.
Index
1680
F2.1-P-WED-P2
1276
B2.2-O-TUE-PM1-2
1691
B3.1-O-TUE-AM1-4
1229
B1.2-O-MON-PM1-3
1522
D2.1-P-TUE-P1
2196
B1.3-H-MON-PM1-2
1755
C1.1-P-WED-P2
2466
E1.1-P-TUE-P1
2458
A1.1-P-WED-P2
2459
A1.1-P-WED-P2
1972
A2.1-O-THU-AM1-2
2199
B1.2-P-WED-P2
1208
B1.2-I/K-WED-AM1-1
2240
B2.3-O-THU-AM1-3
1905
C4.2-O-THU-AM1-1
1771
C2.1-O-MON-PM1-3
1883
A2.1-O-WED-AM2-5
2416
A1.1-O-WED-AM2-2
2417
A1.3-O-TUE-AM2-4
1211
B2.2-H-TUE-PM1-1
2362
C4.2-O-THU-AM2-1
2145
C4.2-O-THU-AM1-4
2358
C4.2-O-WED-PM1-1
1429
D2.1-P-TUE-P1
2353
C1.1-O-TUE-AM2-4
2138
B1.1-P-WED-P2
1291
C1.1-O-MON-PM2-5
2326
B1.1-O-TUE-PM1-2
1197
B1.3-P-TUE-P1
1340
C3.3-P-WED-P2
1339
C3.3-O-TUE-AM1-4
1499
C2.1-O-MON-PM1-5
1903
A2.1-P-WED-P2
2051
B1.1-P-WED-P2
1972
A2.1-O-THU-AM1-2
2010
A2.1-H-TUE-AM1-5
2343
A2.1-O-THU-AM1-5
1805
D1.2-O-THU-AM1-5
1366
D3.1-O-MON-PM2-6
1365
D1.2-O-WED-PM1-2
2066
E4.1-O-WED-PM1-5
1575
E1.1-P-TUE-P1
1583
E1.1-P-TUE-P1
2035
F3.2-O-TUE-PM1-3
2035
F3.2-O-TUE-PM1-3
2281
D3.1-P-TUE-P1
1292
D1.2-O-THU-AM1-4
1454
C4.2-O-THU-AM2-4
2416
A1.1-O-WED-AM2-2
2417
A1.3-O-TUE-AM2-4
1719
E1.1-O-TUE-PM1-3
1480
D3.1-O-TUE-AM2-5
1260
B3.2-O-WED-PM1-2
1328
B1.2-H-MON-PM2-5
1195
B1.3-P-TUE-P1
2497
A2.1-P-WED-P2
1253
F1.1-O-TUE-AM1-6
1258
B1.2-P-WED-P2
1352
B1.3-O-TUE-AM1-4
1973
E1.1-P-TUE-P1
2281
D3.1-P-TUE-P1
2522
E1.1-P-TUE-P1
2466
E1.1-P-TUE-P1
2459
A1.1-P-WED-P2
2458
A1.1-P-WED-P2
1171
B1.1-P-WED-P2
1649
B1.1-P-WED-P2
1652
B1.1-P-WED-P2
2291
D2.1-O-MON-PM1-4
2296
C1.1-H-WED-AM1-1
2010
A2.1-H-TUE-AM1-5
1489
F2.1-O-THU-AM2-2
2225
F1.1-O-TUE-AM1-4
2071
F3.2-O-TUE-AM2-4
2410
C3.3-O-MON-PM2-2
2383
C3.3-O-TUE-AM2-3
2152
C4.1-H-TUE-AM2-1
2016
C1.1-O-MON-PM2-3
2018
C1.1-O-MON-PM1-3
Author
Karbowniczek, Joanna
Karczewski, Jakub
Karczewski, Radosław
Karjalainen, Pentti
Karlik, Miroslav
Karnthaler, Hans-Peter
Karny, Maciej
Karpenkov, Dmitriy
Karpenkov, Dmitriy
Karpenkov, Dmitriy
Karpierz, Ewelina
Karpiński, Bartłomiej
Kasada, Ryuta
Kašiarová, Monika
Kasperovich, Galina
Kassam, Tahsin Ali
Kata, Dariusz
Katan, Claudine
Katan, Claudine
Katz, Aurélien
Kaufhold, Julia
Kaufhold, Julia
Kaufhold, Julia
Kautschor, Lars-Oliver
Kawałko, Jakub
Kawałko, Jakub
Kawasaki, Megumi
Kaya, Ali Can
Kaya, Ali-Can
Kazimierczak, Honorata
Kazimierski, Dariusz
Kazior, Jan
Kazmierczak, Piotr
Kaźmierczak, Piotr
Kaźmierczak, Piotr
Kąc, Sławomir
Keast, Vicki
Keast, Vicki
Keast, Vicki
Kedra, Aneta
Kedra, Aneta
Kefel, Pelin
Keller, Juergen
kellou, Abdelhafid
Kelsch, Marion
Kenel, Christoph
Kepenekian, Mikael
Kepenekian, Mikael
Kermarrec, Marie
Kermode, James
Kerr, Ian
Kerscher, Eberhard
Ketov, Sergey
Khajavi, Sakineh
Khalid, mohammed
khantoul, reda
Kharanzhevskii, Eugen
Kharlamova, Tamara
Khater, Antoine
Khelifati, Nabil
Khovaylo, Vladimir
Khovaylo, Vladimir
Khovaylo, Vlsdimir
Kiani, Meysam
Kiełbus, Andrzej
Kiełbus, Andrzej
Kiener, Daniel
Kiener, Daniel
Kierdaszuk, Jakub
Kijenska, Ewa
Kijeńska, Ewa
Kikuta, Akemi
Killinger, Andreas
Killinger, Andreas
Kilmametov, A.R.
Kilmametov, Askar
Kilmametov, Askar
1376
C1.1-O-MON-PM1-4
2155
C1.1-O-MON-PM1-5
1852
B2.2-H-TUE-AM2-3
1926
E1.1-P-TUE-P1
2209
B1.1-H-WED-AM2-6
1432
B1.3-O-MON-PM2-4
1432
B1.3-O-MON-PM2-4
2374
C2.2-O-TUE-AM2-4
2375
C2.2-O-TUE-PM1-2
1944
C3.3-P-WED-P2
1946
C3.3-P-WED-P2
1962
C3.3-P-WED-P2
1964
C3.3-P-WED-P2
1277
D3.2-H-WED-AM2-4
1175
D2.1-P-TUE-P1
1438
B1.1-O-TUE-AM2-2
1175
D2.1-P-TUE-P1
2475
D2.1-O-MON-PM2-4
1563
B1.2-O-MON-PM2-4
1994
A2.1-P-WED-P2
1208
B1.2-I/K-WED-AM1-1
2570
D2.3-P-WED-P2
2438
A2.1-O-TUE-PM1-2
2439
A2.1-P-WED-P2
2099
C4.1-O-TUE-AM2-4
1242
D2.3-I/K-WED-AM2-1
1683
D2.3-H-THU-AM2-1
2044
D2.1-I/K-MON-PM1-1
2335
C3.2-P-TUE-P1
2082
C3.3-O-TUE-PM1-4
2066
E4.1-O-WED-PM1-5
2413
A2.1-O-WED-PM1-3
1991
B3.2-O-WED-PM1-4
1726
B1.2-H-WED-AM1-3
2333
B1.1-P-WED-P2
2076
D1.2-H-WED-AM1-2
1688
E1.1-P-TUE-P1
1604
B3.1-H-TUE-AM2-1
2150
D2.3-P-WED-P2
2601
B3.1-I/K-TUE-AM1-1
2440
D1.2-H-THU-AM2-3
1509
A2.1-H-WED-AM1-1
2078
F2.1-O-WED-PM1-4
2279
D1.2-O-THU-AM2-4
1438
B1.1-O-TUE-AM2-2
1264
B1.1-O-TUE-AM2-3
2558
D2.1-H-TUE-AM2-1
1352
B1.3-O-TUE-AM1-4
1999
F3.1-O-THU-AM1-5
1444
C2.2-O-WED-AM1-6
1757
C2.1-P-TUE-P1
1880
C2.3-P-WED-P2
2121
D3.1-P-TUE-P1
2071
F3.2-O-TUE-AM2-4
1935
E2.1-O-TUE-AM1-4
1973
E1.1-P-TUE-P1
2327
B1.2-O-TUE-AM1-3
2155
C1.1-O-MON-PM1-5
2311
B1.2-O-TUE-PM1-5
1688
E1.1-P-TUE-P1
2586
D1.2-P-WED-P2
1903
A2.1-P-WED-P2
2002
A2.1-P-WED-P2
1549
D2.3-P-WED-P2
1738
D2.3-P-WED-P2
1696
C4.2-P-WED-P2
1917
B1.3-O-TUE-PM1-6
2028
C3.2-O-MON-PM1-2
2019
C2.3-O-WED-PM1-3
2253
A1.2-I/K-MON-PM2-1
1491
F1.1-P-TUE-P1
1678
C1.1-O-TUE-AM1-5
1375
C3.3-O-WED-AM1-2
2263
A1.3-O-TUE-AM2-5
1428
D2.3-O-WED-AM1-2
1718
C2.3-O-WED-AM2-5
1376
C1.1-O-MON-PM1-4
2010
A2.1-H-TUE-AM1-5
1960
A1.3-O-TUE-AM2-2
Author
Kilmametov, Askar
Kilmametov, Askar R.
KIM, Byung-Nam
Kim, Hye Jin
Kim, Jinkyung
Kim, Ka Ram
Kim, Ki Buem
Kim, Kwang-Seok
Kim, Kwang-Seok
Kim, Sang-Gweon
Kim, Sang-Gweon
Kim, Sang-Gweon
Kim, Sang-Gweon
Kim, Se Jong
Kim, Seong-Woong
Kim, SeongNyeong
Kim, Seung-Eon
Kim, Tae Kyu
Kim, Yong Woo
Kim, Yun Ho
Kimura, Akihiko
Kimura, Yuuji
Kinloch, Ian
Kinloch, Ian
Kircher, Volkmar
Kirchheim, Reiner
Kirchheim, Reiner
Kirchlechner, Christoph
Kiriakidis, George
Kiriakidis, George
Kisi, Erich
Kitsyuk, Evgeniy
Klasik, Adam
Klemm, Volker
Klich, Marek
Klie, Robert
Klinser, Gregor
Klotzbach, Annett
Kmieć, Mateusz
Knell, Sascha
Knez, Daniel
Knez, Mato
Knopf-Marques, Helena
Knutsson, Johan
Kobayashi, Equo
Kobayashi, Equo
Kobayashi, Masakazu
Koch, Stefanie
Kochmanski, Pawel
Kockmann, Alexander
Kocurek, Robert
Kogtenkova, Olga
Kohlstedt, Hermann
Kohyama, Yuko
Kojima, Daiki
Kokkotos, Ioannis
Kokosza, Adam
Kolesnikova, K.I.
Koller, R.
Koller, Stefan
Kolmas, Joanna
Kolodziejczyk, Lukasz
Kołodziejczyk, Łukasz
Komata, Hiroki
Komoda, Ryosuke
Komorek, Zenon
Konachkov, Viktor
König, Tobias A.F.
Konyashin, Igor
Koo, Hyung-Jun
Koper, Jeremiasz
Koprowski, Paweł
Kopte, Torsten
Korgel, Brian A.
Korhonen, Esa
Korneva, Anna
Korneva, Anna
Korona, Krzysztof
Kortshagen, Uwe
2244
D3.3-P-TUE-P1
2242
D3.1-P-TUE-P1
2243
D3.1-P-TUE-P1
1778
F2.1-P-WED-P2
1638
F2.1-O-THU-AM2-3
2551
A1.3-P-TUE-P1
1194
B1.1-P-WED-P2
1621
B3.2-O-WED-AM2-5
2612
B1.2-O-MON-PM1-4
2323
D1.1-P-WED-P2
1503
C3.3-O-TUE-AM1-3
1867
B2.1-O-MON-PM1-3
2440
D1.2-H-THU-AM2-3
2333
B1.1-P-WED-P2
1612
C1.1-H-TUE-AM1-1
1252
E1.1-P-TUE-P1
1873
C4.1-P-TUE-P1
2284
A1.3-H-TUE-AM2-1
1968
A2.1-P-WED-P2
2573
B1.3-I/K-MON-PM2-1
2590
C4.1-H-MON-PM2-1
1800
C1.1-O-TUE-PM1-5
1436
D2.3-P-WED-P2
1368
D2.3-P-WED-P2
1455
D2.1-P-TUE-P1
1669
D2.3-I/K-THU-AM1-1
1462
D2.3-P-WED-P2
1420
D2.3-P-WED-P2
1434
D2.1-P-TUE-P1
1371
E3.1-O-WED-AM2-3
1853
B3.2-P-WED-P2
2128
D3.3-P-TUE-P1
1713
C4.1-H-TUE-AM1-1
1251
B1.1-H-TUE-AM2-1
1571
D3.3-O-TUE-AM2-3
1734
D3.3-P-TUE-P1
2291
D2.1-O-MON-PM1-4
1610
F1.1-O-MON-PM1-3
2361
A2.1-P-WED-P2
1740
F2.1-P-WED-P2
1578
D3.3-O-TUE-AM1-5
2365
B3.1-O-TUE-AM2-3
1787
C2.2-O-WED-AM1-2
2051
B1.1-P-WED-P2
1787
C2.2-O-WED-AM1-2
1233
C3.2-O-TUE-AM2-3
2538
C4.3-H-TUE-AM1-2
1604
B3.1-H-TUE-AM2-1
2010
A2.1-H-TUE-AM1-5
1972
A2.1-O-THU-AM1-2
1356
C4.1-O-MON-PM2-3
1410
C4.1-O-MON-PM2-4
1410
C4.1-O-MON-PM2-4
1356
C4.1-O-MON-PM2-3
2220
C1.1-O-WED-AM1-6
2170
A1.2-O-MON-PM2-3
2036
B1.2-O-WED-PM1-3
1395
C1.1-P-WED-P2
1808
C4.2-P-WED-P2
2056
B1.1-P-WED-P2
2440
D1.2-H-THU-AM2-3
1329
D2.1-O-TUE-AM2-5
2143
C1.1-O-TUE-PM1-4
2286
A1.3-O-MON-PM2-5
1506
C1.1-O-WED-AM1-5
1688
E1.1-P-TUE-P1
1688
E1.1-P-TUE-P1
2296
C1.1-H-WED-AM1-1
2152
C4.1-H-TUE-AM2-1
1426
D2.3-P-WED-P2
2151
D1.1-O-TUE-AM2-3
2465
F2.1-P-WED-P2
2572
E2.1-P-TUE-P1
2513
B2.2-O-TUE-PM1-6
2465
F2.1-P-WED-P2
2463
E2.1-H-MON-PM1-2
2215
B3.2-O-WED-AM1-5
1531
C3.1-O-TUE-AM1-3
1797
D1.1-P-WED-P2
Author
Kortus, Jens
Kortus, Jens
Kortus, Jens
Kosik, Alicja
Kosik, Alicja
Kosmal, Magda
Köster, Alain
Kostka, Aleksander
Kościelniak, Barbara
Kościelniak, Barbara
Kot, Marcin
Kota, Asahi
Kothleitner, Gerald
Kottfer, Daniel
Kotzurek, Jaromir
Kováč, František
Koval, Vladimir
Kovalenko, Maksym
Kowalczyk, Krzysztof
Kowalczyk, Maciej
Kowalczyk, Maciej
Kowalczyk-Gajewska, Katarzyna
Koyama, Motomichi
Koyama, Motomichi
Koyama, Motomichi
Koyama, Motomichi
Koyama, Motomichi
Koyama, Motomichi
Koyama, Motomichi
Koyanagi, Yoshihiko
Kozera, Rafal
Kozeschnik, Ernst
Kozeschnik, Ernst
Kozeschnik, Ernst
Kozeschnik, Ernst
Kozeschnik, Ernst
Kozic, Darjan
Kozikowska, Ewelina
Kozikowska, Ewelina
Kozikowska, Ewelina
Kozlov, Artem
Kozlowska, Joanna
Kozlowski, Miroslaw
Kozub, Barbara
Kozubski, Rafal
Kozuka, Hiromitsu
Kraft, Oliver
Krahl, Michael
Krajewska, Aleksandra
Krajewska, Aleksandra
Krajewski, Pawel K.
Krajewski, Pawel K.
Krajewski, Witold K.
Krajewski, Witold K.
Krajňák, Tomáš
Krautz, Maria
Krawczyk, Janusz
Krawczynska, Agnieszka
Krawczyńska, Agnieszka
Krawiec, Halina
Kraxner, Johanna
Krebs, Jérôme
Krechel, Christian
Kreher, David
Kremmer, Thomas
Kren, Harald
Krenn, Heinz
Kreuzeder, Marius
Kriegel, Mario J.
Krieger, Waldemar
Kronenberger, Markus
Król, Paulina
Królicka, Agnieszka
Krstic, Vladimir
Krucińska, Izabella
Krucińska, Izabella
Krug, Mario
Krüger, Jörg
Kruk, Adam
133
Index
1505
E3.1-P-WED-P2
1695
C4.3-O-MON-PM1-4
1630
B2.3-P-WED-P2
2232
D1.1-P-WED-P2
1634
D1.3-H-TUE-AM1-1
2215
B3.2-O-WED-AM1-5
1673
A1.2-O-TUE-AM2-5
1493
C3.3-P-WED-P2
1418
B3.2-O-WED-AM2-6
2098
B1.1-P-WED-P2
1748
F2.1-P-WED-P2
1632
B1.2-P-WED-P2
1738
D2.3-P-WED-P2
2116
D2.3-O-WED-PM1-5
2135
C3.3-O-WED-PM1-4
2127
C3.3-O-WED-PM1-5
2527
D2.1-O-TUE-AM1-3
2073
C2.3-O-THU-AM1-4
1968
A2.1-P-WED-P2
1606
B1.3-O-TUE-AM1-2
1569
C3.3-O-WED-AM2-2
1727
A1.3-P-TUE-P1
2085
B3.2-O-WED-PM1-1
1903
A2.1-P-WED-P2
2002
A2.1-P-WED-P2
1904
A2.1-O-TUE-AM1-2
1804
C1.1-O-WED-AM2-2
1979
B3.2-P-WED-P2
2148
E3.1-P-WED-P2
2126
D1.1-P-WED-P2
2003
C1.1-O-WED-AM2-4
2353
C1.1-O-TUE-AM2-4
2298
C1.1-P-WED-P2
1395
C1.1-P-WED-P2
1755
C1.1-P-WED-P2
2272
E1.1-O-TUE-AM1-3
1583
E1.1-P-TUE-P1
2573
B1.3-I/K-MON-PM2-1
1551
B1.3-O-TUE-PM1-5
2590
C4.1-H-MON-PM2-1
1311
D3.2-O-WED-PM1-3
1327
E1.1-P-TUE-P1
2088
C1.1-O-WED-AM1-3
2143
C1.1-O-TUE-PM1-4
1477
C4.2-O-THU-AM2-3
2548
C4.2-O-THU-AM1-5
1592
C4.2-O-THU-AM2-2
1711
D3.2-O-THU-AM1-2
1328
B1.2-H-MON-PM2-5
1909
F1.1-O-MON-PM2-6
2274
F1.1-O-MON-PM2-5
2134
B1.3-O-TUE-AM2-4
1320
D1.2-P-WED-P2
2574
A1.3-P-TUE-P1
1961
B1.1-O-WED-AM1-3
2147
C4.2-P-WED-P2
2506
C1.1-P-WED-P2
1494
D3.1-O-MON-PM2-4
1582
A2.1-O-WED-AM1-3
1559
E1.1-P-TUE-P1
2225
F1.1-O-TUE-AM1-4
1610
F1.1-O-MON-PM1-3
1673
A1.2-O-TUE-AM2-5
1674
B3.1-O-TUE-PM1-1
1530
B2.2-P-TUE-P1
2149
A2.1-O-TUE-AM2-1
1569
C3.3-O-WED-AM2-2
1568
C3.3-P-WED-P2
1608
B2.2-P-TUE-P1
2304
E3.1-P-WED-P2
2222
C3.2-O-MON-PM1-1
1184
C4.1-I/K-MON-PM1-1
1422
D1.1-P-WED-P2
1523
C2.1-O-MON-PM2-2
1478
D2.1-P-TUE-P1
2126
D1.1-P-WED-P2
1580
D3.1-P-TUE-P1
1393
C1.1-O-TUE-AM2-5
1691
B3.1-O-TUE-AM1-4
134
Author
Kruk, Adam
Kruk, Robert
Krutko, Nikolai
Krywka, Christina
Krywka, Christina
Krzak, Justyna
Krzeminski, Pawel
Ksiazek, Marzanna
Ksiazek, Marzanna
Kubiak, Krzysztof
Kublik, Zaneta
Kuboň, Zdeněk
Kubota, Masanobu
Kubota, Masanobu
Küçükömeroğlu, Tevfik
Küçükömeroğlu, Tevfik
Kuczera, Pawel
Kudyba, Artur
Kugler, Szymon
Kühn, Uta
Kukla, Dominik
Kukli, Kaupo
Kukobat, Radovan
Kula, Piotr
Kula, Piotr
Kula, Piotr
Kulagin, Roman
Kulasa, Joanna
Kulasa, Joanna
Kulczyk, Mariusz
Kulczyk, Mariusz
Kulczyk, Mariusz
Kulczyk, Mariusz
Kulczyk, Mariusz
Kulczyk, Mariusz
Kulesza-Matlak, Grazyna
Kulesza-Matlak, Grazyna
Kulik, Tadeusz
Kulik, Tadeusz
Kulik, Tadeusz
Kulitckii, Vladislav
Kumar, Devendra
Kümmel, Frank
Kümmel, Frank
Kunce, Izabela
Kunce, Izabela
Kundin, Julia
Kundin, Julia
Kuntz, Matthias
Kuntz, Meinhard
Kuntz, Meinhard
Kurahashi, Ryuro
Kurpaska, Lukasz
Kursumovic, Ahmed
Kurtuldu, Güven
Kurzac, Jaroslaw
Kurzydlowski, Krzysztof Jan
Kurzydłowski, Krzysztof Jan
1349
C1.1-P-WED-P2
1482
D1.1-O-TUE-PM1-4
2147
C4.2-P-WED-P2
2491
C3.3-O-WED-PM1-2
1276
B2.2-O-TUE-PM1-2
2028
C3.2-O-MON-PM1-2
2311
B1.2-O-TUE-PM1-5
2029
C3.1-O-MON-PM1-5
1562
B1.1-O-WED-PM1-1
2191
F3.1-P-WED-P2
2017
F3.1-P-WED-P2
2191
F3.1-P-WED-P2
2120
F3.2-P-TUE-P1
1999
F3.1-O-THU-AM1-5
2333
B1.1-P-WED-P2
2490
C3.3-O-TUE-PM1-2
1409
A1.1-O-WED-PM1-2
1937
D1.2-H-WED-AM2-4
2486
E1.1-O-MON-PM1-4
1665
B1.3-O-WED-AM1-5
1481
F3.1-O-WED-PM1-4
1516
F2.1-O-WED-AM2-5
2427
A1.3-O-MON-PM2-4
1402
B3.2-O-WED-AM2-2
1533
E1.1-H-MON-PM2-1
2542
B1.3-P-TUE-P1
1318
E4.1-P-WED-P2
1305
D2.1-P-TUE-P1
1611
B2.2-I/K-WED-AM1-1
1466
B2.2-P-TUE-P1
1906
D3.3-O-TUE-AM2-5
1291
C1.1-O-MON-PM2-5
1288
C1.1-O-MON-PM2-2
2117
C4.1-O-TUE-AM2-3
1629
C2.1-O-TUE-AM1-4
2046
D1.1-H-WED-AM1-2
2047
D1.3-O-MON-PM2-4
2294
C3.3-O-WED-PM1-6
1783
C1.1-H-WED-AM2-3
1790
C1.1-O-WED-AM2-5
2065
D3.3-O-TUE-PM1-2
1192
E2.1-O-MON-PM2-6
1258
B1.2-P-WED-P2
1794
B1.3-P-TUE-P1
2051
B1.1-P-WED-P2
2165
B2.2-O-TUE-AM2-5
1212
E1.1-O-TUE-AM2-2
2573
B1.3-I/K-MON-PM2-1
1760
F3.1-P-WED-P2
1843
F1.1-O-MON-PM2-4
1403
E4.1-O-WED-AM2-2
1633
A2.1-O-WED-PM1-2
1300
A2.1-O-WED-AM1-4
2078
F2.1-O-WED-PM1-4
1429
D2.1-P-TUE-P1
1515
D3.1-O-MON-PM1-5
1810
D1.1-P-WED-P2
1428
D2.3-O-WED-AM1-2
1766
A1.3-O-TUE-AM1-5
1294
D2.2-O-THU-AM2-5
1280
A2.1-O-TUE-AM2-4
1877
A1.3-O-TUE-AM2-3
1625
B1.1-P-WED-P2
2413
A2.1-O-WED-PM1-3
2307
C3.2-O-TUE-AM1-5
2218
C2.2-O-WED-AM1-5
2146
A1.1-O-TUE-AM2-3
1797
D1.1-P-WED-P2
2009
C4.1-O-TUE-AM1-4
1300
A2.1-O-WED-AM1-4
1291
C1.1-O-MON-PM2-5
1946
C3.3-P-WED-P2
1944
C3.3-P-WED-P2
1962
C3.3-P-WED-P2
1964
C3.3-P-WED-P2
2072
A1.1-I/K-TUE-AM2-1
1432
B1.3-O-MON-PM2-4
1715
A1.3-P-TUE-P1
1736
A1.3-P-TUE-P1
Author
Kurzynowski, Tomasz
Kusinski, Jan
Kusz, Boguslaw
Kuttner, Christian
Kuziak, Roman
Kuzmin, Peter
Kwasniak, Piotr
Kwiatkowska, Magdalena
Kwiatkowski, Konrad
Kwiatkowski, Konrad
Kwiatkowski, Konrad
Kwiatkowski, Konrad
Kyzioł, Karol
Kyzioł, Karol
La Magna, Antonino
Labarta, A.
Labs, Sabrina
Lach, Radosław
Lackner, Juergen Markus
Lackner, Juergen Markus
Lacroix, Lise-Marie
Lagos, Miguel
Lähderanta, E.
Lahoubi, Mahieddine
Laktionova, Marina
Lalau, Yasmine
Lalloue, Fabrice
Lancellotti, Isabella
Lang, Peter
Langdon, Terence
Langdon, Terence G.
Langer, Gábor A.
Langeslag, Stefanie
Langlois, Cyril
Langlois, Cyril
Lankiewicz, Konrad
Lapovok, Rimma
Lapovok, Rimma
Lapp, Justin
Lardjane, Nadia
larouk, zeghda
Lascano Farak, Sheyla Katherine
Laska, Mateusz
Lasseux, Didier
Latroche, Michel
Latuch, Jerzy
Laura, Saldaña
Laurenceau, Emmanuelle
Laurent-Brocq, Mathilde
Lavagna, Luca
Lavagna, Luca
Lavalle, Philippe
Lavery, Leah
Lavrentiev, Mikhail
Lawrence, Mike
Lawrence, Samantha
Laza, Simona
Le Bourhis, Eric
Le Goff, Xavier
Le Parc, Rozenn
Leaux, Floriane
Lebedev, Egor
Lebidaki, Evaggelia
LeBlan, Thierry
Lebrun, Laurent
Lech, Sebastian
Lecomte-Beckers, Jacqueline
Ledda, Luigi
Lee, Han-Joo
Lee, Jae-Hoon
Lee, Jae-Hoon
Lee, Jae-Hoon
Lee, Jae-Hoon
Lee, Keon Jae
Lee, Kwang Seok
Lee, Kyubock
Lee, Kyubock
2574
A1.3-P-TUE-P1
2424
E4.1-P-WED-P2
2392
E4.1-O-WED-AM1-4
1668
A1.1-P-WED-P2
1469
F3.1-P-WED-P2
1838
B1.1-H-TUE-AM1-5
1593
C2.3-O-WED-PM1-1
1646
D3.1-O-TUE-AM1-3
1598
D3.3-P-TUE-P1
1454
C4.2-O-THU-AM2-4
2447
C3.3-I/K-MON-PM2-1
2296
C1.1-H-WED-AM1-1
1611
B2.2-I/K-WED-AM1-1
1288
C1.1-O-MON-PM2-2
2311
B1.2-O-TUE-PM1-5
1211
B2.2-H-TUE-PM1-1
2495
A1.2-O-TUE-AM2-3
1953
D3.3-P-TUE-P1
2312
B2.2-H-TUE-PM1-4
1211
B2.2-H-TUE-PM1-1
1342
B2.1-O-MON-PM2-5
1837
B1.3-O-WED-AM1-4
1851
D1.3-O-MON-PM2-3
1403
E4.1-O-WED-AM2-2
1727
A1.3-P-TUE-P1
2559
B2.1-P-TUE-P1
2418
C2.2-O-WED-AM1-3
1411
B1.1-O-WED-AM2-3
2364
D2.2-O-THU-AM1-3
2593
B1.1-I/K-WED-AM1-1
2418
C2.2-O-WED-AM1-3
2035
F3.2-O-TUE-PM1-3
1297
B1.1-O-WED-PM1-4
1954
C1.1-H-WED-AM2-6
2506
C1.1-P-WED-P2
1395
C1.1-P-WED-P2
1482
D1.1-O-TUE-PM1-4
1745
F2.1-P-WED-P2
1548
C2.2-O-TUE-PM1-4
2306
C2.2-O-WED-AM1-4
1643
E1.1-O-TUE-AM1-4
1457
F3.2-O-TUE-AM2-2
1379
F3.1-O-THU-AM1-3
1886
F3.1-O-WED-PM1-2
1809
F3.2-O-TUE-PM1-4
1846
B2.2-O-TUE-PM1-3
1719
E1.1-O-TUE-PM1-3
2366
D1.1-O-TUE-PM1-2
2346
C4.1-O-MON-PM2-5
1190
B1.1-I/K-TUE-AM1-1
2588
D1.3-I/K-MON-PM1-5
1189
B1.1-O-WED-AM1-5
1855
B1.1-O-TUE-PM1-3
1675
B1.3-O-MON-PM1-5
1766
A1.3-O-TUE-AM1-5
2245
D2.3-H-WED-PM1-1
1218
C1.1-O-MON-PM2-4
1218
C1.1-O-MON-PM2-4
2001
C2.2-P-WED-P2
2242
D3.1-P-TUE-P1
1980
D1.1-O-WED-AM1-4
1897
A1.3-I/K-MON-PM2-1
2493
E3.1-I/K-WED-AM1-1
1312
E4.1-O-WED-AM2-3
1553
E4.1-H-WED-AM2-1
1720
B1.1-O-TUE-PM1-5
2495
A1.2-O-TUE-AM2-3
2488
A1.2-O-MON-PM1-3
1668
A1.1-P-WED-P2
1662
D3.2-O-WED-PM1-4
1970
A1.3-O-TUE-AM1-4
1279
C2.2-P-WED-P2
1270
D2.1-H-TUE-AM1-2
1548
C2.2-O-TUE-PM1-4
1544
C1.1-P-WED-P2
2272
E1.1-O-TUE-AM1-3
1583
E1.1-P-TUE-P1
1575
E1.1-P-TUE-P1
1380
C2.1-O-MON-PM1-4
Author
Lee, Oon Jew
Lee, William Edward
Lee, William Edward
Lee, Zheng Guang
Lee, Zing Siang
Lefebvre, Williams
Leger, Alain
Legris, Alexandre
Lei, Boxia
Leinenbach, Christian
Leisner, Peter
Leitner, Alexander
Lejeune, Martine
Lemang, Mathilde
Lembke, M.
Lemonnier, Sébastien
Leng, Jinsong
Lepple, Maren
Leriche, Anne
Leriche, Anne
Leriche, Anne
Leroux, Christine
Leroux, Christine
Leroy, Eric
Leskelä, Markku
Leśniak, Magdalena
Letoublon, A.
Letzig, Dietmar
Letzig, Dietmar
Letzig, Dietmar
Levallois, C.
Levi, Kemal
Lewandowska, Malgorzata
Lewandowska, Małgorzata
Lewenstam, Andrzej
Lewis, Anthony
Lewis, Roger
Lewis, Roger
Lewis, Roger
Lewis, Roger
Lhuissier, Pierre
Lhuissier, Pierre
Lhuissier, Pierre
Lhussier, Pierre
Li, J.H.
Li, Jia
Li, Jiehua
Li, Qingming
Li, Ran
Li, Sen
Li, Songjie
Li, W.L.
Li, Y.S.
Liashenko, Oleksii
Liebing, Simon
Liebscher, Christian
Liedl, Tim
Lienhard, Jörg
Lilensten, Lola
Lilensten, Lola
Lilleodden, Erica
Lin, I-Ting
Lin, I-Ting
Lin, Liyi
Lin, Mingxuan
Linder, Michel
Lindholm, Dag
Lingwei, Yang
Lipecka, Joanna
Lipinska, Marta
Lipinski, Marek
Lipinski, Marek
Lipinski, Marek
Lippmann, Wolfgang
Index
1883
A2.1-O-WED-AM2-5
2182
B2.1-O-TUE-AM1-5
1881
C3.3-O-THU-AM1-4
1533
E1.1-H-MON-PM2-1
2473
B1.1-O-TUE-AM1-3
1718
C2.3-O-WED-AM2-5
1512
C4.1-P-TUE-P1
1513
C2.3-O-WED-PM1-6
1564
B3.2-P-WED-P2
1437
C4.1-O-TUE-AM1-5
1261
D3.3-O-TUE-PM1-4
1437
C4.1-O-TUE-AM1-5
1796
C3.2-O-MON-PM2-4
1809
F3.2-O-TUE-PM1-4
2495
A1.2-O-TUE-AM2-3
1871
A1.3-H-TUE-AM1-2
1639
D1.1-O-TUE-PM1-3
1270
D2.1-H-TUE-AM1-2
1216
F2.1-O-THU-AM1-4
2056
B1.1-P-WED-P2
2263
A1.3-O-TUE-AM2-5
2164
B1.3-H-TUE-AM2-2
1961
B1.1-O-WED-AM1-3
2337
F3.2-O-TUE-AM1-5
1657
A1.1-O-TUE-AM2-4
2418
C2.2-O-WED-AM1-3
2322
C3.2-O-TUE-AM1-2
1942
B1.2-O-MON-PM2-3
2076
D1.2-H-WED-AM1-2
2319
D1.3-O-MON-PM2-2
1730
C4.1-O-TUE-AM2-5
2285
C4.2-O-THU-AM1-2
2254
B3.2-O-WED-PM1-3
2153
D1.1-P-WED-P2
1646
D3.1-O-TUE-AM1-3
2336
E3.1-P-WED-P2
1928
A1.2-O-TUE-AM2-4
1195
B1.3-P-TUE-P1
2155
C1.1-O-MON-PM1-5
1653
E1.1-P-TUE-P1
1653
E1.1-P-TUE-P1
1739
E1.1-P-TUE-P1
2155
C1.1-O-MON-PM1-5
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
1218
C1.1-O-MON-PM2-4
1591
E1.1-O-TUE-PM1-2
1589
B1.2-O-WED-AM2-4
1272
B1.2-O-WED-PM1-4
1274
B1.2-O-MON-PM1-2
1429
D2.1-P-TUE-P1
1526
D1.3-O-MON-PM1-2
1713
C4.1-H-TUE-AM1-1
1461
D2.1-O-TUE-PM1-4
1223
B3.1-O-TUE-AM1-6
1656
D1.1-O-WED-AM2-4
2588
D1.3-I/K-MON-PM1-5
1620
D2.1-O-TUE-PM1-3
1336
C3.3-O-TUE-PM1-3
1855
B1.1-O-TUE-PM1-3
1527
B1.2-O-WED-PM1-2
2228
D2.1-O-TUE-AM1-4
1243
C4.1-P-TUE-P1
2398
C3.3-P-WED-P2
1658
D3.3-P-TUE-P1
1698
C4.2-P-WED-P2
1696
C4.2-P-WED-P2
2056
B1.1-P-WED-P2
1801
C2.1-P-TUE-P1
1601
A1.2-O-TUE-AM1-2
2209
B1.1-H-WED-AM2-6
1545
B3.1-O-TUE-AM2-2
1246
D2.3-O-THU-AM1-4
2116
D2.3-O-WED-PM1-5
1770
C4.3-O-TUE-AM1-5
2454
D1.2-H-WED-PM1-4
2574
A1.3-P-TUE-P1
1886
F3.1-O-WED-PM1-2
2572
E2.1-P-TUE-P1
Author
Lis, Jerzy
Lis, Jerzy
Liskiewicz, Tomasz
Lisunov, K
Litynska-Dobrzynska, Lidia
Lityńska-Dobrzyńska, Lidia
Lityńska-Dobrzyńska, Lidia
Liu, Congcong
Liu, Feng
Liu, Feng
Liu, Maochang
Liu, Xiaoxiao
Liu, Yanju
Liz-Marzán, Luis
Llanes, Luis
LLorca, Javier
Lnanglois, Valerie
Loch, Joanna
Locritani, Mirko
Löffler, Jörg
Löffler, Jörg F.
Logrand, Federica
Loh, Leonard
Lombez, L.
Lommens, Petra
Long, X.Y.
Longo, Paolo
Lopez-Bezanilla, Alejandro
Lopez-Ponte, Xavier
Lorusso, Massimo
Lorusso, Massimo
Losch, Katharina
Louchez, Marc-Antoine
Louis, Enrique
Loukaides, Evros
Louzguine-Luzgin, Dmitriy
López, Gabriel A.
López, Simon
López, Simón
López Mariño, Simón
López-Ferreno, Inaki
López-Marino, Simón
López-Marino, Simón
Lu, K.
Lu, Qi
Lu, Qi
Lu, Wenjun
Lu, Wenjun
Lu, Xuekun
Lucas, Irene
Lückl, Martin
Ludwig, Alfred
Ludwig, Lars
Ludwig, Wolfgang
Ludwig, Wolfgang
Lui, Shichao
Lukes, Jaroslav
Lunt, Matthew
Luo, Yongkun
Luo, Zhao-Ping
Łapiński, Marcin
Łataś, Zbigniew
Łazarska, Małgorzata
Łazińska, Magdalena
Łazińska, Magdalena
Łukaszczyk, Alicja
Łyczkowska, Katarzyna
Ma, Xing
Ma, Xiuliang
Maaß, Johann
MACADRE, Arnaud
Macadre, Arnaud
Mackert, Viktor
MacLaren, Ian
MacManus-Driscoll, Judith L.
MacNeil, Sheila
Maczuga, Mariola
1837
B1.3-O-WED-AM1-4
1851
D1.3-O-MON-PM2-3
2092
D1.2-O-WED-AM2-2
1526
D1.3-O-MON-PM1-2
1919
E4.1-O-WED-PM1-6
2423
E2.1-P-TUE-P1
1380
C2.1-O-MON-PM1-4
2296
C1.1-H-WED-AM1-1
1714
C3.1-I/K-MON-PM2-1
1893
D2.2-O-THU-AM1-6
1809
F3.2-O-TUE-PM1-4
2247
B1.3-H-WED-AM1-2
1808
C4.2-P-WED-P2
1765
E3.1-P-WED-P2
1755
C1.1-P-WED-P2
1922
B3.1-P-TUE-P1
1481
F3.1-O-WED-PM1-4
1209
B3.1-P-TUE-P1
1583
E1.1-P-TUE-P1
1516
F2.1-O-WED-AM2-5
1583
E1.1-P-TUE-P1
1481
F3.1-O-WED-PM1-4
1991
B3.2-O-WED-PM1-4
1916
F3.1-P-WED-P2
2298
C1.1-P-WED-P2
2148
E3.1-P-WED-P2
1442
B3.2-P-WED-P2
1957
C2.1-P-TUE-P1
1979
B3.2-P-WED-P2
2316
D1.3-O-MON-PM2-5
2365
B3.1-O-TUE-AM2-3
1853
B3.2-P-WED-P2
2215
B3.2-O-WED-AM1-5
2148
E3.1-P-WED-P2
1979
B3.2-P-WED-P2
1693
B2.2-P-TUE-P1
1530
B2.2-P-TUE-P1
1608
B2.2-P-TUE-P1
2305
E4.1-I/K-WED-AM1-1
1213
B2.3-O-WED-PM1-3
1720
B1.1-O-TUE-PM1-5
1456
E1.1-H-MON-PM1-2
2161
D2.3-O-THU-AM2-2
2285
C4.2-O-THU-AM1-2
2254
B3.2-O-WED-PM1-3
1776
C1.1-H-MON-PM1-2
1666
F3.2-P-TUE-P1
1409
A1.1-O-WED-PM1-2
2113
E2.1-O-MON-PM2-3
1179
A2.1-P-WED-P2
2542
B1.3-P-TUE-P1
2124
B1.1-P-WED-P2
2577
D2.1-P-TUE-P1
2269
B1.3-O-TUE-AM2-3
1760
F3.1-P-WED-P2
1891
B2.3-O-WED-PM1-6
1560
C3.3-O-THU-AM2-2
2285
C4.2-O-THU-AM1-2
1560
C3.3-O-THU-AM2-2
1381
B1.2-O-TUE-PM1-2
1526
D1.3-O-MON-PM1-2
2449
B2.2-P-TUE-P1
1572
E4.1-O-WED-AM1-3
1600
C3.3-P-WED-P2
1443
A1.2-H-MON-PM2-2
2189
D3.3-O-TUE-AM1-4
1536
D2.2-O-THU-AM2-2
1677
E1.1-O-MON-PM2-3
1665
B1.3-O-WED-AM1-5
2490
C3.3-O-TUE-PM1-2
1857
A2.1-H-THU-AM1-1
1985
F1.1-O-TUE-AM1-5
1351
B1.2-H-WED-PM1-1
1346
E1.1-P-TUE-P1
1417
D3.1-O-TUE-AM2-3
2179
D3.2-H-THU-AM2-4
1772
D3.2-O-THU-AM2-2
1846
B2.2-O-TUE-PM1-3
2230
F3.1-H-THU-AM2-4
Author
Madigou, Veronique
Madigou, Veronique
Magén, Cesar
Magén, César
Magne, Damien
Mahabadi, Delara
Mahmoud, Morsi Mohamed
Maier, Verena
Mailis, Sakellaris
Maire, Eric
Maiti, Raman
Maitournam, Habibou
Maj, Piotr
Maj, Piotr
Majchrowicz, Kamil
Majerski, Krzysztof
Major, Bogusław
Major, Lukasz
Major, Lukasz
Major, Roman
Major, Roman
Major, Roman
Makowska, Katarzyna
Makuch, Anna
Makuch, Anna
Malara, Szymon
Malara, Szymon
Malara, Szymon
Malara, Szymon
Malchère, Annie
Malczyk, Piotr
Malczyk, Piotr
Malczyk, Piotr
Malec, Witold
Malec, Witold
Malek, Marcin
Malek, Marcin
Malek, Marcin
Malfliet, Annelies
Mallah, Marcel
Mallmann, Camila
Manara, Dario
Mandy, Mélodie
Manfredi, Diego
Manfredi, Diego
Mangler, Clemens
Mank, Arjan
Mannino, Giovanni
Mansour, Elie
Mansour, Nahla
Mansri, Abdelmalek
Maouche, Hichem
Marae Djouda, Joseph
Marano, Emanuele
Marcela, Lieblich
Marchais, Alexandre
Marchand, Gilles
Marchese, Giulio
Marchi-Delapierre, Caroline
Marcisz, Jarosław
Marín, Lorena
Marín-Rueda, Juan Ramón
Marinou, Amalia
Marinou, Amalia
Mark, Andrew
Markus, Torsten
Marotzke, Christian
Marquardt, Julien
Mars, Krzysztof
Mars, Krzysztof
Marsden, Alexander
Marsich, Eleonora
Martin, Benjamin
Martin, Christelle
Martin, Christophe
Martin, Christophe
Martin, Christophe L.
Martin, Christophe Louis
Martin, Juliette
1683
D2.3-H-THU-AM2-1
2295
D2.1-H-TUE-AM1-1
1190
B1.1-I/K-TUE-AM1-1
1824
B1.1-H-WED-PM1-2
1714
C3.1-I/K-MON-PM2-1
1651
A2.1-O-TUE-PM1-5
1227
A1.2-O-TUE-AM1-3
2280
C3.2-H-TUE-AM2-4
1725
D1.1-O-WED-AM2-3
2275
E1.1-O-TUE-AM2-1
2168
D3.1-O-TUE-AM1-5
2561
D3.1-P-TUE-P1
1263
A2.1-O-TUE-AM2-3
1351
B1.2-H-WED-PM1-1
2146
A1.1-O-TUE-AM2-3
2316
D1.3-O-MON-PM2-5
2314
D2.1-O-MON-PM2-2
1811
E2.1-O-MON-PM2-2
2210
D3.3-P-TUE-P1
2389
D2.2-H-THU-AM1-1
2468
D1.3-O-MON-PM1-3
1456
E1.1-H-MON-PM1-2
2102
C2.3-O-WED-PM1-2
1809
F3.2-O-TUE-PM1-4
2286
A1.3-O-MON-PM2-5
2107
D3.1-P-TUE-P1
1472
D3.1-P-TUE-P1
2220
C1.1-O-WED-AM1-6
1502
B2.1-I/K-MON-PM1-1
1745
F2.1-P-WED-P2
2156
B1.2-H-MON-PM2-1
1663
D2.3-P-WED-P2
1776
C1.1-H-MON-PM1-2
1388
A1.1-O-TUE-AM1-4
1549
D2.3-P-WED-P2
1441
D2.3-P-WED-P2
2379
D2.3-P-WED-P2
2385
D2.3-P-WED-P2
2376
D2.3-O-THU-AM2-3
1238
D2.3-O-WED-AM1-4
1441
D2.3-P-WED-P2
1549
D2.3-P-WED-P2
1459
D2.3-O-WED-AM2-2
1539
B2.1-O-MON-PM1-2
1184
C4.1-I/K-MON-PM1-1
1460
B1.3-P-TUE-P1
1507
E4.1-O-WED-PM1-4
1919
E4.1-O-WED-PM1-6
1826
D3.3-P-TUE-P1
1176
A1.2-P-TUE-P1
1814
C1.1-P-WED-P2
2313
A2.1-P-WED-P2
2152
C4.1-H-TUE-AM2-1
2019
C2.3-O-WED-PM1-3
2018
C1.1-O-MON-PM1-3
2016
C1.1-O-MON-PM2-3
2020
C3.3-P-WED-P2
2476
D2.3-P-WED-P2
2263
A1.3-O-TUE-AM2-5
1617
D2.1-O-TUE-PM1-2
2370
D3.3-I/K-TUE-AM2-1
1389
A1.3-P-TUE-P1
1643
E1.1-O-TUE-AM1-4
2282
D1.2-O-THU-AM2-2
1859
B1.2-P-WED-P2
1663
D2.3-P-WED-P2
1938
C3.3-O-TUE-AM2-4
1759
A2.1-P-WED-P2
1909
F1.1-O-MON-PM2-6
1443
A1.2-H-MON-PM2-2
2205
A2.1-O-WED-AM2-1
2089
B2.3-O-THU-AM1-4
2260
E1.1-P-TUE-P1
1560
C3.3-O-THU-AM2-2
2465
F2.1-P-WED-P2
1177
F1.1-P-TUE-P1
2207
B1.1-H-WED-AM1-4
1247
F1.1-O-MON-PM1-4
1686
A1.1-O-WED-AM2-4
Author
Martin, May
Martin, Nigel
Martin, T.
Martina, Filo
Martinez, Gregorio
Martinez Rubi, Yadienka
Martinez-Pedrero, Fernando
Martins, Rodrigo
Martins, Sonia
Martins, Vitor L.
Martonak, Roman
Marzari, Nicola
Mas, Bartolome
Mascaro, Aurore
Masenelli-Varlot, Karine
Maskell, Daniel
Masoumi, Maryam
Massart, Thierry J.
Masseboeuf, Aurélien
Mastromarino, Sara
Masuda, Chitoshi
Matcher, Stephen J.
Mathevet, Fabrice
Mathias, Sonja
Mathioudakis, Ioannis
Máthis, Kristián
Mathur, Sanjay
Matras, Anna
Matsuda, Hiroshi
Matsuda, Junko
Matsuda, Mitsuhiro
Matsukawa, Michinori
Matsunaga, Hisao
Matsunaga, Hisao
Matsuo, Takashi
Matsuo, Takashi
Matsuo, Takashi
Matsuoka, Saburo
Matsuoka, Saburo
Matsuoka, Saburo
Matsuoka, Takahiro
Matuła, Tomasz
Matuszewski, Kamil
Matveev, Danila
Mauchamp, Vincent
Mauchamp, Vincent
Mayer, Nicolas Alexander
Mayer-Gall, Thomas
Mayr, Peter
Maziarz, Wojciech
Mazilkin, A.A.
Mazilkin, Andrei
Mazilkin, Andrei
Mazilkin, Andrey
Mazilkin, Andrey
Mazurkiewicz, Boguslaw
Mazzaro, Raffaello
McCain, Stephen
McCall, Scott
McGettrick, James
McGettrick, James
McKibbin, Sarah
Medina, Sebastián
Medlin, Douglas
Mehadoui, Razika
Mehrdad, Yazdani-Pedram
Meille, Sylvain
Melde, Kai
Melk, Latifa
Melk, Latifa
Mellor, Brian
Ménage, Stéphane
Menaszek, Elżbieta
Mendez, Nestor
Mendis, Chamini
Mengucci, Paolo
Menner, Angelika
135
Index
1684
C4.3-O-MON-PM2-4
2265
F2.1-O-WED-PM1-2
2464
B2.1-H-TUE-AM1-1
1594
C3.3-P-WED-P2
1727
A1.3-P-TUE-P1
1429
D2.1-P-TUE-P1
2081
C2.1-O-TUE-AM1-3
1615
D3.3-H-TUE-AM1-1
1413
D2.3-O-WED-PM1-2
2081
C2.1-O-TUE-AM1-3
1180
D3.1-P-TUE-P1
1938
C3.3-O-TUE-AM2-4
1414
B1.2-O-TUE-PM1-4
1310
B2.1-O-MON-PM2-4
2173
B2.2-O-TUE-AM2-4
1451
C3.2-O-TUE-AM2-2
1962
C3.3-P-WED-P2
1944
C3.3-P-WED-P2
1964
C3.3-P-WED-P2
1946
C3.3-P-WED-P2
1697
A1.1-O-TUE-AM2-2
2082
C3.3-O-TUE-PM1-4
2052
F1.1-H-TUE-AM2-1
2310
C3.2-O-TUE-AM1-3
1904
A2.1-O-TUE-AM1-2
1903
A2.1-P-WED-P2
2478
B1.3-P-TUE-P1
2149
A2.1-O-TUE-AM2-1
2222
C3.2-O-MON-PM1-1
2304
E3.1-P-WED-P2
2398
C3.3-P-WED-P2
2120
F3.2-P-TUE-P1
1842
D2.1-O-TUE-AM1-5
2173
B2.2-O-TUE-AM2-4
2527
D2.1-O-TUE-AM1-3
1342
B2.1-O-MON-PM2-5
2104
B2.1-H-MON-PM2-3
1243
C4.1-P-TUE-P1
2022
B3.1-O-TUE-PM1-2
1511
C2.1-O-MON-PM2-1
1326
C3.3-P-WED-P2
1264
B1.1-O-TUE-AM2-3
1900
E2.1-O-MON-PM1-4
1896
E2.1-O-TUE-AM1-2
1935
E2.1-O-TUE-AM1-4
2417
A1.3-O-TUE-AM2-4
1539
B2.1-O-MON-PM1-2
1507
E4.1-O-WED-PM1-4
2196
B1.3-H-MON-PM1-2
1175
D2.1-P-TUE-P1
2342
F1.1-O-TUE-AM1-3
2338
A2.1-O-TUE-PM1-4
1479
D2.2-P-WED-P2
1538
A1.1-O-TUE-PM1-4
1276
B2.2-O-TUE-PM1-2
1492
C4.3-O-TUE-AM1-4
1229
B1.2-O-MON-PM1-3
1586
B1.1-P-WED-P2
1935
E2.1-O-TUE-AM1-4
1479
D2.2-P-WED-P2
1564
B3.2-P-WED-P2
2490
C3.3-O-TUE-PM1-2
1665
B1.3-O-WED-AM1-5
2512
D1.2-I/K-THU-AM1-1
1326
C3.3-P-WED-P2
1409
A1.1-O-WED-PM1-2
1569
C3.3-O-WED-AM2-2
1568
C3.3-P-WED-P2
1608
B2.2-P-TUE-P1
1693
B2.2-P-TUE-P1
2476
D2.3-P-WED-P2
1765
E3.1-P-WED-P2
1530
B2.2-P-TUE-P1
1422
D1.1-P-WED-P2
2333
B1.1-P-WED-P2
1349
C1.1-P-WED-P2
2126
D1.1-P-WED-P2
1604
B3.1-H-TUE-AM2-1
2362
C4.2-O-THU-AM2-1
136
Author
Menner, Angelika
Menu, Patrick
Mera, Gabriela
Mercionu, Ionel
Mergia, Konstantina
Merkle, Arno
Merklein, Marion
Mertens, Florian
Merzlikin, Sergiy
Meschut, Gerson
Meshi, Louisa
Mesrati, Nadir
Mestra, Álvaro
Meyer, Daniel
Meynen, V.
Meynen, Vera
Mhin, Sungwook
Mhin, Sungwook
Mhin, Sungwook
Mhin, Sungwook
Micalizzi, Paolo
Michail, Giannis
Michailidis, Nikolaos
Michailidis, Nikolaos
Michalska, Angelika
Michalska, Angelika
Michalski, Bartosz
Michalski, Jakub
Michalski, Jakub
Michalski, Jakub
Michalski, Jerzy
Michalski, Paweł
Michelet, Lionel
Michielsen, B.
Michler, Johann
Miele, Philippe
Miele, Philippe
Mielewczyk-Gryń, Aleksandra
Mielewczyk-Gryń, Aleksandra
Miernik, Krzysztof
Mifune, Tomoki
Mihara, Mami
Mija, Alice
MIJA, Alice
Mija, Alice
Mikhail, Nestoklon
Mikuśkiewicz, Marta
Milhet, Xavier
Minor, Andrew
Minor, Andrew
Mionic, Marijana
Mionic, Marijana
Miotti Bettanini, Alvise
Miranda Mena, Joaquin
Miruszewski, Tadeusz
Mishra, Nilesha
Misra, Devesh
Miszczyk, Magdalena
Mitachi, Seiko
Mithieux, Jean-Denis
Mitka, Mikołaj
Mitoraj, Marzena
Mitoraj, Marzena
Miwa, Jill
Miyamoto, Hiroyuki
Miyasaka, Tsutomu
Mizera, Jaroslaw
Mizera, Jaroslaw
Mizera, Jaroslaw
Mizera, Jaroslaw
Mizera, Jaroslaw
Mizera, Jaroslaw
Mizera, Jaroslaw
Mizera, Jarosław
Mizera, Jarosław
Mizera, Jarosław
Mizera, Jarosław
Möbius, Teresa
Modler, Niels
2358
C4.2-O-WED-PM1-1
1604
B3.1-H-TUE-AM2-1
2145
C4.2-O-THU-AM1-4
2419
D3.1-O-MON-PM2-5
1904
A2.1-O-TUE-AM1-2
1884
D2.3-P-WED-P2
1311
D3.2-O-WED-PM1-3
1747
C1.1-O-WED-PM1-2
1206
B1.2-O-TUE-AM2-5
1726
B1.2-H-WED-AM1-3
1691
B3.1-O-TUE-AM1-4
2268
B2.3-O-THU-AM1-5
1752
C2.3-I/K-THU-AM1-1
2094
C2.3-P-WED-P2
2336
E3.1-P-WED-P2
2328
E3.1-P-WED-P2
2331
A2.1-P-WED-P2
1731
D2.1-H-TUE-AM2-2
1270
D2.1-H-TUE-AM1-2
1347
B1.1-O-WED-AM2-5
1593
C2.3-O-WED-PM1-1
1465
D2.3-P-WED-P2
1476
D2.3-P-WED-P2
1270
D2.1-H-TUE-AM1-2
1992
D3.2-H-THU-AM2-1
2336
E3.1-P-WED-P2
2331
A2.1-P-WED-P2
1212
E1.1-O-TUE-AM2-2
2238
A1.1-O-WED-AM2-3
1828
F1.1-O-MON-PM2-2
2301
F1.1-I/K-MON-PM1-1
2062
E1.1-P-TUE-P1
1866
E1.1-O-TUE-AM2-4
1832
F1.1-P-TUE-P1
2468
D1.3-O-MON-PM1-3
1910
C3.3-O-THU-AM1-3
1190
B1.1-I/K-TUE-AM1-1
2253
A1.2-I/K-MON-PM2-1
2043
B1.3-P-TUE-P1
2263
A1.3-O-TUE-AM2-5
1528
A1.1-P-WED-P2
1784
A1.1-O-TUE-PM1-3
1565
A1.1-P-WED-P2
1614
A1.1-O-WED-AM1-4
1273
E2.1-O-TUE-AM1-5
2059
D1.2-O-WED-AM2-5
1526
D1.3-O-MON-PM1-2
2549
B2.3-O-THU-AM1-6
1235
E1.1-P-TUE-P1
2073
C2.3-O-THU-AM1-4
1209
B3.1-P-TUE-P1
1517
C4.1-P-TUE-P1
2116
D2.3-O-WED-PM1-5
1762
A2.1-O-THU-AM1-4
2134
B1.3-O-TUE-AM2-4
1852
B2.2-H-TUE-AM2-3
2464
B2.1-H-TUE-AM1-1
1851
D1.3-O-MON-PM2-3
1845
E2.1-I/K-MON-PM1-1
1191
A2.1-P-WED-P2
1593
C2.3-O-WED-PM1-1
1842
D2.1-O-TUE-AM1-5
1329
D2.1-O-TUE-AM2-5
2314
D2.1-O-MON-PM2-2
1417
D3.1-O-TUE-AM2-3
2394
C3.3-O-MON-PM2-3
1474
C3.3-O-THU-AM1-5
1539
B2.1-O-MON-PM1-2
1805
D1.2-O-THU-AM1-5
1741
C2.2-O-TUE-PM1-3
2108
C2.2-O-TUE-AM2-3
1332
C3.1-P-TUE-P1
2189
D3.3-O-TUE-AM1-4
2079
C1.1-P-WED-P2
2098
B1.1-P-WED-P2
1506
C1.1-O-WED-AM1-5
1385
C1.1-P-WED-P2
1867
B2.1-O-MON-PM1-3
2119
E1.1-P-TUE-P1
Author
Modler, Niels
Modler, Niels
Modler, Nils
Modreanu, Mircea
Modrzyk, Wojciech
Mogilny, Georgiy
Mogucheva, Anna
Mohamadi, Mahdi
Mola, Javad
Mola, Javad
Molak, Rałał
Molina, José Miguel
Molina Jordá, José Miguel
Molina-Aldareguia, Jon
Molina-Aldareguía, Jon M.
Molina-Aldareguia, Jon Mikel
Molina-Jorde, José-Miguel
Momotani, Yuji
Momotani, Yuji
Monclús, Miguel
Mondoux, Christophe
Monje, Ivonne Eliana
Monllor, Luis Simón
Monnier, Judith
Monreal, Alfonso
Montanaro, Laura
Montembault, Alexandra
Montemor, Fátima
Montemor, M. F.
Montemor, M.F.
Monthioux, Marc
Montigaud, Hervé
Moody, M.
Morales, Daniel
Morales, Jaime
Morandi, Vittorio
Morata, Alejandro
Morata, Alex
Morata, Alex
Morata, Álex
Moreira, Francys Kley Vieira
Moreira, Roberto
Morellón, Luis Alberto
Moreno, Arnaldo
Moreno, Rodrigo
Morgiel, Jerzy
Morgiel, Jerzy
Morgiel, Jerzy
Mori, Koichi
Moriche, Rocío
Morimoto, Toshiharu
MORITA, Koji
Morita, Koji
Moriyama, Andre-Luis
Morris, Angela
Morsi, Mohamed Bekhet
Mortensen, Andreas
Mortensen, Andreas
Mortensen, Andreas
Morthomas, Julien
Morthomas, Julien
Moskal, Grzegorz
Moskal, Grzegorz
Moskal, Grzegprz
Moskalewicz, Tomasz
Moszner, Frank
Moszner, Frank
Mościcki, Tomasz
Motalov, Vladimir
Motyka, Maciej
Motyka, Maciej
Motz, Christian
Motz, Christian
mouline, zineb
Moura e Silva, Teresa
2062
E1.1-P-TUE-P1
2097
B1.2-P-WED-P2
2159
C2.1-P-TUE-P1
1811
E2.1-O-MON-PM2-2
1951
D1.1-O-TUE-AM2-4
1521
B1.1-O-TUE-AM1-2
1385
C1.1-P-WED-P2
1461
D2.1-O-TUE-PM1-4
2302
B3.2-P-WED-P2
2081
C2.1-O-TUE-AM1-3
1842
D2.1-O-TUE-AM1-5
2556
B2.2-H-WED-AM1-4
2173
B2.2-O-TUE-AM2-4
1783
C1.1-H-WED-AM2-3
1790
C1.1-O-WED-AM2-5
1328
B1.2-H-MON-PM2-5
2028
C3.2-O-MON-PM1-2
1545
B3.1-O-TUE-AM2-2
1604
B3.1-H-TUE-AM2-1
1424
C3.3-O-THU-AM1-1
1400
C3.3-O-THU-AM1-2
1776
C1.1-H-MON-PM1-2
2379
D2.3-P-WED-P2
2295
D2.1-H-TUE-AM1-1
2100
C2.3-I/K-WED-AM2-1
1566
C2.3-O-WED-AM2-3
1785
C1.1-O-TUE-PM1-3
1281
C1.1-I/K-MON-PM2-1
1935
E2.1-O-TUE-AM1-4
2070
B2.1-P-TUE-P1
2309
E1.1-H-MON-PM1-3
2121
D3.1-P-TUE-P1
1300
A2.1-O-WED-AM1-4
1265
C2.3-O-WED-AM2-2
1299
C2.3-O-WED-PM1-4
2352
C2.3-P-WED-P2
2394
C3.3-O-MON-PM2-3
1250
F3.2-H-TUE-PM1-1
2259
B1.2-O-TUE-AM2-6
1481
F3.1-O-WED-PM1-4
1432
B1.3-O-MON-PM2-4
1175
D2.1-P-TUE-P1
1304
F3.2-O-TUE-AM1-3
2308
B1.3-O-TUE-PM1-2
1289
D2.3-O-THU-AM1-3
1436
D2.3-P-WED-P2
1213
B2.3-O-WED-PM1-3
1246
D2.3-O-THU-AM1-4
1584
A1.3-O-MON-PM2-3
1406
B2.3-O-WED-PM1-4
1751
B2.3-P-WED-P2
2268
B2.3-O-THU-AM1-5
1752
C2.3-I/K-THU-AM1-1
2094
C2.3-P-WED-P2
1310
B2.1-O-MON-PM2-4
1281
C1.1-I/K-MON-PM2-1
1919
E4.1-O-WED-PM1-6
1361
B3.1-P-TUE-P1
2552
A2.1-O-WED-AM1-6
1931
C3.2-O-MON-PM2-3
1194
B1.1-P-WED-P2
1507
E4.1-O-WED-PM1-4
1397
D1.1-P-WED-P2
1223
B3.1-O-TUE-AM1-6
2130
C3.1-O-MON-PM1-3
1612
C1.1-H-TUE-AM1-1
2032
D3.2-O-THU-AM1-3
1839
D3.1-H-MON-PM1-1
2486
E1.1-O-MON-PM1-4
2531
C4.3-H-MON-PM1-2
1653
E1.1-P-TUE-P1
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
2286
A1.3-O-MON-PM2-5
2461
D1.2-O-THU-AM1-2
1515
D3.1-O-MON-PM1-5
1234
D3.1-O-MON-PM1-3
1514
D3.3-O-TUE-PM1-6
2186
D1.1-O-WED-AM1-3
Author
Moura Silva, Teresa
Moustoukas, Kiriakos
Moustoukas, Kiriakos
Mower, Keith
Możdżonek, Małgorzata
Mücklich, Frank
Mücklich, Frank
Mücklich, Frank
Mucsi, Gabor
Mueller, Martin
Mueller, Martin
Mühler, Thomas
Mullens, S.
Müller, Clemens
Müller, Clemens
Müller, Inga
Müller, Mareen B.
Müller, Michael
Müller, Michael
Müller, Thoralf
Müller, Thoralf
Müllner, Peter
Munaoka, Kiyotaka
Munoz Moreno, Rocio
Muolo, Maria Luigia
Muolo, Maria Luigia
Murashkin, Maxim
Murashkin, Maxim
Murata, Norio
Murata, Yuichiro
Murphy, Samuel T.
Mussenbrock, Thomas
Musso, Simone
Muszyński, Michał
Muszyński, Michał
Muszyński, Michał
Myalska, Hanna
Myant, Connor
Myszka, Dawid
Mzyk, Aldona
Na, Young Sang
Na, Young-Sang
Nachman, Malgorzata
Nachum, Sarig
Nagao, Akihide
Nagashima, Tatsuya
Nagliati, Marco
NAKADA, Nobuo
Nanni, Gabriele
Narciso, Javier
Narciso, Javier
Narciso, Javier
Narciso, Javier
Narciso, Javier
Nardin, Thibaud
Nasedkina, Yana
Nassour, Ayoub
Navickas, Povilas
Nawara, Katarzyna
Nayak, Vignesh
Nazé, Loeïz
Nechiche, Madjid
Negrea, Raluca Florentina
Neinhuis, Christoph
Nerushev, Oleg
Neubauer, Christian
Neuegebauer, J.
Neugebauer, Joerg
Neumann, Andreas
Neumann, Anita
Neuschitzer, Markus
Neuschitzer, Markus
Neuschitzer, Markus
Ngo, Ahn-Tu
Nguyen, M. H.
Nguyen-Manh, Duc
Nguyen-Manh, Duc
Nicklin, Chris
Nicolay, Sylvain
Index
1280
A2.1-O-TUE-AM2-4
2151
D1.1-O-TUE-AM2-3
1904
A2.1-O-TUE-AM1-2
2002
A2.1-P-WED-P2
1924
F3.1-O-WED-PM1-3
1580
D3.1-P-TUE-P1
1976
E2.1-P-TUE-P1
1235
E1.1-P-TUE-P1
1727
A1.3-P-TUE-P1
1727
A1.3-P-TUE-P1
1747
C1.1-O-WED-PM1-2
1609
C1.1-P-WED-P2
1666
F3.2-P-TUE-P1
1379
F3.1-O-THU-AM1-3
1462
D2.3-P-WED-P2
1208
B1.2-I/K-WED-AM1-1
2475
D2.1-O-MON-PM2-4
2092
D1.2-O-WED-AM2-2
2196
B1.3-H-MON-PM1-2
1560
C3.3-O-THU-AM2-2
1727
A1.3-P-TUE-P1
1394
D3.2-O-THU-AM2-3
2301
F1.1-I/K-MON-PM1-1
1770
C4.3-O-TUE-AM1-5
2403
B3.1-O-TUE-AM2-5
2453
E2.1-P-TUE-P1
1904
A2.1-O-TUE-AM1-2
1752
C2.3-I/K-THU-AM1-1
2073
C2.3-O-THU-AM1-4
2273
C2.1-P-TUE-P1
1513
C2.3-O-WED-PM1-6
2155
C1.1-O-MON-PM1-5
1289
D2.3-O-THU-AM1-3
1702
D2.3-O-WED-AM1-3
1929
D2.3-P-WED-P2
1629
C2.1-O-TUE-AM1-4
1761
F1.1-O-MON-PM2-3
1638
F2.1-O-THU-AM2-3
2455
C3.3-I/K-TUE-PM1-1
2415
E2.1-P-TUE-P1
1639
D1.1-O-TUE-PM1-3
1687
C3.3-O-WED-AM2-3
1221
E3.1-O-WED-AM1-4
1685
D2.1-P-TUE-P1
2376
D2.3-O-THU-AM2-3
2385
D2.3-P-WED-P2
1462
D2.3-P-WED-P2
1441
D2.3-P-WED-P2
1780
C2.2-H-TUE-PM1-1
1357
E4.1-O-WED-AM1-2
1208
B1.2-I/K-WED-AM1-1
1940
E1.1-P-TUE-P1
1420
D2.3-P-WED-P2
2405
A2.1-O-TUE-AM1-3
2406
A2.1-O-TUE-PM1-3
1884
D2.3-P-WED-P2
1467
B1.2-H-WED-AM1-2
1208
B1.2-I/K-WED-AM1-1
2076
D1.2-H-WED-AM1-2
1414
B1.2-O-TUE-PM1-4
1702
D2.3-O-WED-AM1-3
1929
D2.3-P-WED-P2
2557
A1.3-P-TUE-P1
2496
B3.2-O-WED-AM2-3
1954
C1.1-H-WED-AM2-6
2441
B1.1-P-WED-P2
2315
C1.1-P-WED-P2
1717
C3.1-P-TUE-P1
1647
E1.1-P-TUE-P1
1884
D2.3-P-WED-P2
2468
D1.3-O-MON-PM1-3
2313
A2.1-P-WED-P2
2015
B3.2-O-WED-AM1-2
2446
B1.1-P-WED-P2
1867
B2.1-O-MON-PM1-3
1508
B1.3-O-WED-AM1-3
1488
B1.2-H-WED-AM2-1
2393
F3.2-O-TUE-PM1-5
1176
A1.2-P-TUE-P1
Author
Nicolle, Jimmy
Niedermeyer, Jan
Niedzielski, Piotr
Niedzielski, Piotr
Niemczyk, Agata
Niescior, Jakub
Niesłochowski, Adam
Nieto, Maria Isabel
Niinistö, Jaakko
Nikolaou, Nikolaos
Nili-Ahmadabadi, Mahmoud
Nili-Ahmadabadi, Mahmoud
Noble, Chris
Noble, Christopher
Noguchi, Hiroshi
Noh, Sanghoon
Noh, Sanghoon
Noheda, Beatriz
Noisternig, Stefan
Nonglaton, Guillaume
Normand, Pascal
Nosewicz, Szymon
Nothias, Fathia
Notthoff, Christian
Nour, Abdelkader
Novaes de Oliveira, Antonio Pedro
Nowak, Dorota
Nowak, Rafal
Nowak, Rafal
Nowak, Rafal
Nowak, Rafał
Nó, María L.
Nygren, Kelly
Nyhus, Bård
Nyhus, Bård
Nyilas, Arman
Oberbach, Thomas
Oberbek, Przemyslaw
Oberste-Berghaus, Jörg
Ochoa, Daniel
Odén, Magnus
Odén, Magnus
Odriozola, Ibon
Offeddu, Giovanni
Ogawa, Taishi
Ogawa, Taishi
Ogawa, Takuro
Ogawa, Yuhei
Ogura, Tomo
Ohin, Daniel
Ohtsuka, Satoshi
Okada, Shusuke
Okazaki, Shota
Okonkwo, Anderson
Okonkwo, Anderson
Okorokov, Mykola
Oksiuta, Zbigniew
Okuda, Takanari
Okunishi, Eiji
Olaya, Jhon J.
Olden, Vigdis
Olden, Vigdis
Olejarka, Justyna
Olejnik, Ewa
Olejnik, Lech
Oleszak, Dariusz
Oleszak, Dariusz
Oliete, Patricia Beatriz
Oliva, Florian
Olive, Jean-Marc
Olsson, Eva
Olszowska Sobieraj, Barbara
Olszówka-Myalska, Anita
Onanko, Anatoliy
Onishi, Takahiro
Onodera, Hidehiro
Onorbe, Elvira
Oomens, Cees
Opwis, Klaus
2406
A2.1-O-TUE-PM1-3
1213
B2.3-O-WED-PM1-3
1836
B2.2-O-TUE-AM2-2
1761
F1.1-O-MON-PM2-3
2094
C2.3-P-WED-P2
1213
B2.3-O-WED-PM1-3
1421
C3.3-P-WED-P2
1473
F1.1-O-TUE-AM2-3
2026
E1.1-P-TUE-P1
2361
A2.1-P-WED-P2
1194
B1.1-P-WED-P2
1922
B3.1-P-TUE-P1
1283
F2.1-O-WED-AM2-4
2226
A1.1-P-WED-P2
1630
B2.3-P-WED-P2
1685
D2.1-P-TUE-P1
1694
D2.1-O-TUE-AM1-6
2180
E1.1-P-TUE-P1
2078
F2.1-O-WED-PM1-4
1339
C3.3-O-TUE-AM1-4
2474
C2.3-P-WED-P2
1499
C2.1-O-MON-PM1-5
1340
C3.3-P-WED-P2
1777
C3.3-O-TUE-AM1-2
1735
B1.1-H-WED-AM1-2
2298
C1.1-P-WED-P2
2353
C1.1-O-TUE-AM2-4
1537
C2.1-O-MON-PM2-6
2147
C4.2-P-WED-P2
1755
C1.1-P-WED-P2
2254
B3.2-O-WED-PM1-3
2010
A2.1-H-TUE-AM1-5
1331
E4.1-P-WED-P2
1443
A1.2-H-MON-PM2-2
1575
E1.1-P-TUE-P1
1913
B1.1-O-TUE-AM2-5
2297
C2.3-P-WED-P2
2253
A1.2-I/K-MON-PM2-1
1828
F1.1-O-MON-PM2-2
2023
B1.3-O-TUE-AM1-5
2378
D1.3-I/K-MON-PM2-1
1301
C3.1-O-MON-PM2-5
1973
E1.1-P-TUE-P1
1974
C4.1-P-TUE-P1
1668
A1.1-P-WED-P2
1776
C1.1-H-MON-PM1-2
1372
A2.1-O-TUE-AM1-6
2052
F1.1-H-TUE-AM2-1
2318
D2.3-O-WED-PM1-3
1937
D1.2-H-WED-AM2-4
1887
C2.2-O-TUE-PM1-6
1985
F1.1-O-TUE-AM1-5
2052
F1.1-H-TUE-AM2-1
2310
C3.2-O-TUE-AM1-3
2438
A2.1-O-TUE-PM1-2
2439
A2.1-P-WED-P2
1671
C1.1-P-WED-P2
1772
D3.2-O-THU-AM2-2
1725
D1.1-O-WED-AM2-3
2117
C4.1-O-TUE-AM2-3
1479
D2.2-P-WED-P2
1893
D2.2-O-THU-AM1-6
2374
C2.2-O-TUE-AM2-4
2375
C2.2-O-TUE-PM1-2
1994
A2.1-P-WED-P2
1948
A2.1-P-WED-P2
1601
A1.2-O-TUE-AM1-2
1443
A1.2-H-MON-PM2-2
1749
B1.2-P-WED-P2
1706
B1.2-P-WED-P2
2457
D3.2-O-THU-AM2-5
2559
B2.1-P-TUE-P1
1636
B1.3-O-TUE-AM2-5
1907
E1.1-O-TUE-AM2-3
2443
C3.3-O-WED-AM2-1
1846
B2.2-O-TUE-PM1-3
2001
C2.2-P-WED-P2
2571
C2.2-I/K-TUE-AM2-1
1798
F2.1-P-WED-P2
Author
Ordonez Olivares, Raymundo
Orlandi, Marco
Ortiz, Angel
Ortmann, Claudia
Ortona, Alberto
Ortona, Alberto
Orts, José
Orts, María José
Oseghale, Charles
Osica, Izabela
Osmond, Pierre
Ostapiuk, Monika
Ostrowska, Barbara
Ou, Canlin
Ovseenko, Lyudmila
Oyen, Michelle
Oyen, Michelle
Ozaki, Kimihiro
Ozcelik, Hayriye
Ozga, Piotr
Ozga, Piotr
Ozga, Piotr
Ozga, Piotr
Ozga, Piotr
Paa-Rai, Chuleeporn
Pachala, Wacek
Pachla, Wacław
Paez Vera, Raul
Pakiela, Zbigniew
Pakieła, Zbigniew
Pakkanen, Jukka
Pakuła, Krzysztof
Palacios, Teresa
Palagi, Stefano
Palewicz, Marcin
Palin-Luc, Thierry
Pálkovács, Jozsef
Palleau, Etienne
Palmero, Paola
Palomino, Pablo
Pan, Xiaoqing
Panchenko, Alexei
Pandis, Pavlos
Pandis, Pavlos
Panetti, Grayson
Panigrahi, Ajit
Panigrahi, Puspamitra
Pantazopoulos, Marios
Pantelakis, Spiros
Pantellides, S. T.
Panton, Boyd
Paoletti, Sergio
Papadopoulos, Dimitrios
Papadopoulos, Dimitrios
Papageorgiou, Dimitrios
Papageorgiou, Dimitrios
Parameswaran, Venkitanarayanan
Parant, Paul
Pardal, Goncalo
Parditka, Bence
Pardoen, Thomas
Pardoen, Thomas
Park, Bum-Geun
Park, Bum-Geun
Park, No Kyun
Park, No Kyun
Parmar, Jemish
Parmeggiani, Camilla
Parra, Yeison
Parra, Yeison
Parry, Guillaume
Partyka, Janusz
Paschalidou, Eirini Maria
PASCHINGER, Werner
Paschke, Hanno
Pascual Sedeno, Sebastian
Pasichnyy, Mykola
Pasichnyy, Mykola
Pasikowska, Monika
1566
C2.3-O-WED-AM2-3
2100
C2.3-I/K-WED-AM2-1
1787
C2.2-O-WED-AM1-2
1972
A2.1-O-THU-AM1-2
2010
A2.1-H-TUE-AM1-5
1763
A2.1-H-TUE-AM1-1
1885
D3.1-H-TUE-AM1-1
1950
B1.2-P-WED-P2
1331
E4.1-P-WED-P2
1333
E4.1-O-WED-AM2-6
1859
B1.2-P-WED-P2
2485
E4.1-O-WED-PM1-2
2424
E4.1-P-WED-P2
2392
E4.1-O-WED-AM1-4
1429
D2.1-P-TUE-P1
1586
B1.1-P-WED-P2
1517
C4.1-P-TUE-P1
1556
C2.1-O-TUE-AM1-5
1461
D2.1-O-TUE-PM1-4
2196
B1.3-H-MON-PM1-2
1606
B1.3-O-TUE-AM1-2
1637
D3.1-O-TUE-AM2-2
2285
C4.2-O-THU-AM1-2
2254
B3.2-O-WED-PM1-3
1633
A2.1-O-WED-PM1-2
1300
A2.1-O-WED-AM1-4
2413
A2.1-O-WED-PM1-3
2084
C4.1-O-MON-PM1-4
2183
F3.2-O-TUE-AM2-5
2402
C3.1-H-MON-PM1-2
1916
F3.1-P-WED-P2
1418
B3.2-O-WED-AM2-6
1714
C3.1-I/K-MON-PM2-1
2418
C2.2-O-WED-AM1-3
2417
A1.3-O-TUE-AM2-4
2419
D3.1-O-MON-PM2-5
2416
A1.1-O-WED-AM2-2
1956
D1.3-O-TUE-AM1-6
1303
D3.1-P-TUE-P1
1842
D2.1-O-TUE-AM1-5
2047
D1.3-O-MON-PM2-4
1409
A1.1-O-WED-PM1-2
2459
A1.1-P-WED-P2
2458
A1.1-P-WED-P2
1623
B1.3-H-MON-PM2-2
1672
B1.3-O-MON-PM1-3
1675
B1.3-O-MON-PM1-5
1317
B1.3-H-TUE-PM1-1
1716
C3.1-P-TUE-P1
1717
C3.1-P-TUE-P1
1769
D3.3-O-TUE-AM2-4
1937
D1.2-H-WED-AM2-4
2541
C4.3-H-MON-PM1-3
2280
C3.2-H-TUE-AM2-4
1288
C1.1-O-MON-PM2-2
1960
A1.3-O-TUE-AM2-2
1851
D1.3-O-MON-PM2-3
1417
D3.1-O-TUE-AM2-3
1937
D1.2-H-WED-AM2-4
1599
D1.3-O-TUE-AM1-2
1411
B1.1-O-WED-AM2-3
1347
B1.1-O-WED-AM2-5
1731
D2.1-H-TUE-AM2-2
1879
E1.1-P-TUE-P1
1647
E1.1-P-TUE-P1
2274
F1.1-O-MON-PM2-5
1312
E4.1-O-WED-AM2-3
1282
B1.3-O-TUE-PM1-4
1403
E4.1-O-WED-AM2-2
1553
E4.1-H-WED-AM2-1
1217
A1.2-O-MON-PM2-4
1460
B1.3-P-TUE-P1
1427
B1.3-O-TUE-AM2-6
1776
C1.1-H-MON-PM1-2
2286
A1.3-O-MON-PM2-5
2601
B3.1-I/K-TUE-AM1-1
1252
E1.1-P-TUE-P1
1510
F2.1-P-WED-P2
1267
C3.3-O-TUE-AM2-1
Author
Passerone, Alberto
Passerone, Alberto
Passerone, Daniele
Pasternak, Iwona
Pasternak, Iwona
Pasternak, Iwona
Pastewka, Lars
Pastor, Ana
Pastor, Jose Ygnacio
Pastor, José Ygnacio
Pastor Muro, Ana
Patel, Yatish
Patra, Niranjan
Patra, Niranjan
Patterson, Brian
Paul, Henryk
Paul, Henryk
Paulick, Carl
Pauly, Christoph
Pauly, Simon
Pauly, Simon
Pavan, Luca
Pavese, Matteo
Pavese, Matteo
Pavese, Matteo
Pavese, Matteo
Pavlov, Alexander
Pavlyuchkov, Dmytro
Pawelkiewicz, Magdalena
Pawlak, Dorota A.
Pawlikowski, Marek
Pawlinska, Anna
Peacock, Anna
Pedesseau, L.
Pedesseau, Laurent
Pedesseau, Laurent
Pedesseau, Laurent
Peerlings, Ron
Pegg, James
Pejchal, Václav
Pellarin, Michel
Pellegrino, Giovanna
Pellenen, Anatoliy
Pellenen, Anatoliy
Pelletier, Jean-Marc
Pelletier, Jean-Marc
Pellicer, Eva
Pellicer, Eva
Peña, Jose Ignacio
Peña, Jose Ignacio
Peng, Jian
Pennycook, S. J.
Pereira, Luis
Pereira, Luis
Pereira, Pedro H.R.
Pereira, Rui
Pereira de Souza, Carlson
Perez, Michel
Perez, N.
Pérez-Estébanez, Marta
Pérez-Prado, María Teresa
Perez-Prado, Maria Teresa
Pérez-Prado, Teresa
Pérez-Rodríguez, Alejandro
Pérez-Rodriguez, Alejandro
Peroglio, Marianna
Perrière, Loïc
Perrière, Loic
Perrière, Loïc
Perriere, Loïc
Perruchas, Sandrine
Pershina, Elena
Pessina, Florent
Peterlechner, Martin
Petit, Christophe
Petrinic, Nik
Petryshynets, Ivan
Peukert, Wolfgang
Pezzato, Luca
137
Index
1245
D1.1-O-WED-AM1-5
1385
C1.1-P-WED-P2
2076
D1.2-H-WED-AM1-2
2067
A2.1-P-WED-P2
1772
D3.2-O-THU-AM2-2
2337
F3.2-O-TUE-AM1-5
2047
D1.3-O-MON-PM2-4
2551
A1.3-P-TUE-P1
2525
D2.2-P-WED-P2
1866
E1.1-O-TUE-AM2-4
1860
B1.2-P-WED-P2
1308
B2.3-O-WED-PM1-2
1904
A2.1-O-TUE-AM1-2
1903
A2.1-P-WED-P2
1997
C2.3-O-WED-PM1-5
1394
D3.2-O-THU-AM2-3
1334
E3.1-P-WED-P2
1878
B3.2-P-WED-P2
1993
B3.2-P-WED-P2
1991
B3.2-O-WED-PM1-4
1787
C2.2-O-WED-AM1-2
1897
A1.3-I/K-MON-PM2-1
1285
B1.2-O-WED-AM2-5
1896
E2.1-O-TUE-AM1-2
1622
B1.3-O-MON-PM2-3
1618
B1.3-P-TUE-P1
1393
C1.1-O-TUE-AM2-5
2197
C1.1-O-TUE-AM1-3
1612
C1.1-H-TUE-AM1-1
1577
D3.1-O-MON-PM1-6
1282
B1.3-O-TUE-PM1-4
1506
C1.1-O-WED-AM1-5
1204
D1.2-O-THU-AM2-5
1919
E4.1-O-WED-PM1-6
1403
E4.1-O-WED-AM2-2
1482
D1.1-O-TUE-PM1-4
2017
F3.1-P-WED-P2
1410
C4.1-O-MON-PM2-4
1356
C4.1-O-MON-PM2-3
1647
E1.1-P-TUE-P1
1969
E1.1-P-TUE-P1
1653
E1.1-P-TUE-P1
2093
D3.2-H-THU-AM1-4
2168
D3.1-O-TUE-AM1-5
2521
C3.3-P-WED-P2
1516
F2.1-O-WED-AM2-5
1523
C2.1-O-MON-PM2-2
2369
B2.2-O-TUE-PM1-5
1318
E4.1-P-WED-P2
1990
C1.1-P-WED-P2
1195
B1.3-P-TUE-P1
1923
D1.2-I/K-WED-AM2-1
2181
E1.1-P-TUE-P1
1477
C4.2-O-THU-AM2-3
2548
C4.2-O-THU-AM1-5
1522
D2.1-P-TUE-P1
1635
F3.1-P-WED-P2
1746
C2.2-H-TUE-AM2-2
1652
B1.1-P-WED-P2
1649
B1.1-P-WED-P2
1570
B2.3-H-WED-AM2-3
2184
D2.2-H-THU-AM1-4
2170
A1.2-O-MON-PM2-3
1547
C3.3-O-WED-AM1-4
2274
F1.1-O-MON-PM2-5
1909
F1.1-O-MON-PM2-6
1354
A2.1-P-WED-P2
1985
F1.1-O-TUE-AM1-5
2600
D1.1-I/K-TUE-AM2-1
1229
B1.2-O-MON-PM1-3
1248
F3.1-O-THU-AM1-2
1999
F3.1-O-THU-AM1-5
1571
D3.3-O-TUE-AM2-3
1734
D3.3-P-TUE-P1
1357
E4.1-O-WED-AM1-2
1343
B1.3-O-TUE-PM1-3
1662
D3.2-O-WED-PM1-4
1824
B1.1-H-WED-PM1-2
1723
B1.1-P-WED-P2
138
Author
Pezzato, Luca
Pfaff, Marina
Phillips, Patrick
Piassi Bernardo, Marcela
Picart, Sébastien
Piccitto, Alessandra
Piccolo, Laurent
Pichniarczyk, Paweł
Pieczonka, Lukasz
Piedade, C.
Piekoszewski, Witold
Pierre, Yannick
Pietrasik, Robert
Pietrasik, Robert
Pietrzak, Katarzyna
Pietrzak, Katarzyna
Pietrzak, Katarzyna
Pietrzak, Katarzyna
Pietrzak, Katarzyna
Pietrzak, Krystyna
Pignedoli, Carlo
Pilo-Pais, Mauricio
Pimentel, Gemma
Pin, Jean-Mathieu
Pineda, Eloi
Pineda, Eloi
Ping, De-hai
Pippan, Reinhard
Pippan, Reinhard
Pippan, Reinhard
Pippan, Reinhard
Pippan, Reinhard
Piqueras, Javier
Piraux, Luc
Pirès, Rémy
Pisarek, Marcin
Piwowarczyk, Joanna
Piwowarski, Grzegorz
Piwowarski, Grzegorz
Placidi, Marcel
Placidi, Marcel
Placidi, Marcel
Plapp, Mathis
Plasienka, Dusan
Pleva, Marek
Plutecka, Hanna
Płociński, Tomasz
Płońska, Małgorzata
Podolskiy, Aleksey
Podolskiy, Aleksey
Podolskiy, Alexey
Pohl, Darius
Polański, Marek
Polański, Marek
Polański, Marek
Polcar, Tomas
Polcar, Tomas
Politano, Olivier
Poloczek, Łukasz
Poloczek, Łukasz
Pomeroy, Michael
Ponge, Dirk
Popp, Jana
Poręba, Marek
Porporati, Alessandro Alan
Porporati, Alessandro Alan
Porras, Ruben
Porrelli, Davide
Porter, Alexandra
Porter, David
Potze, Willem
Potze, Willem
Povoden-karadeniz, Erwin
Povoden-Karadeniz, Erwin
Pradeilles, Nicolas
Prades-Rodel, Silke
Prahl, Ulrich
Prangnell, Phil
Prangnell, Philip
1855
B1.1-O-TUE-PM1-3
1423
B1.1-O-WED-AM2-2
1359
C3.2-O-TUE-AM1-4
2229
B1.1-O-WED-PM1-3
1468
F1.1-H-MON-PM2-1
2296
C1.1-H-WED-AM1-1
2020
C3.3-P-WED-P2
2016
C1.1-O-MON-PM2-3
2588
D1.3-I/K-MON-PM1-5
1257
A1.1-H-WED-AM1-2
2000
B3.2-P-WED-P2
2298
C1.1-P-WED-P2
2215
B3.2-O-WED-AM1-5
2365
B3.1-O-TUE-AM2-3
1399
C1.1-P-WED-P2
2474
C2.3-P-WED-P2
1299
C2.3-O-WED-PM1-4
2352
C2.3-P-WED-P2
2463
E2.1-H-MON-PM1-2
1252
E1.1-P-TUE-P1
1683
D2.3-H-THU-AM2-1
2086
F2.1-P-WED-P2
2632
C2.3-P-WED-P2
1577
D3.1-O-MON-PM1-6
1672
B1.3-O-MON-PM1-3
1623
B1.3-H-MON-PM2-2
1274
B1.2-O-MON-PM1-2
1527
B1.2-O-WED-PM1-2
1272
B1.2-O-WED-PM1-4
1336
C3.3-O-TUE-PM1-3
1711
D3.2-O-THU-AM1-2
1592
C4.2-O-THU-AM2-2
1656
D1.1-O-WED-AM2-4
1857
A2.1-H-THU-AM1-1
2406
A2.1-O-TUE-PM1-3
1911
C3.2-O-MON-PM1-5
2068
D3.1-O-TUE-PM1-3
1621
B3.2-O-WED-AM2-5
2184
D2.2-H-THU-AM1-4
2384
D2.3-O-WED-AM1-5
2209
B1.1-H-WED-AM2-6
1384
D2.1-O-TUE-AM2-3
1556
C2.1-O-TUE-AM1-5
2355
D1.1-P-WED-P2
2198
D1.3-P-TUE-P1
2064
D1.3-O-TUE-AM1-5
1980
D1.1-O-WED-AM1-4
2333
B1.1-P-WED-P2
2152
C4.1-H-TUE-AM2-1
2128
D3.3-P-TUE-P1
2044
D2.1-I/K-MON-PM1-1
1726
B1.2-H-WED-AM1-3
1187
E4.1-P-WED-P2
1466
B2.2-P-TUE-P1
1966
D3.2-O-WED-PM1-2
1325
B1.2-O-TUE-AM2-2
2613
C3.1-P-TUE-P1
2029
C3.1-O-MON-PM1-5
2418
C2.2-O-WED-AM1-3
1928
A1.2-O-TUE-AM2-4
2047
D1.3-O-MON-PM2-4
2025
C2.1-O-MON-PM2-4
1967
B1.3-O-MON-PM1-4
1190
B1.1-I/K-TUE-AM1-1
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
1811
E2.1-O-MON-PM2-2
1658
D3.3-P-TUE-P1
1658
D3.3-P-TUE-P1
2107
D3.1-P-TUE-P1
1992
D3.2-H-THU-AM2-1
2200
A2.1-O-TUE-AM2-5
2334
C3.3-P-WED-P2
2398
C3.3-P-WED-P2
1236
C3.3-P-WED-P2
1805
D1.2-O-THU-AM1-5
1734
D3.3-P-TUE-P1
2267
C3.1-O-TUE-AM1-4
1775
F2.1-O-WED-AM2-1
Author
Prangnell, Philip
Preciado, Mónica
Preller, Tobias
Prima, Frédéric
Prima, Frédéric
Primorac, Mladen-Meato
Protasova, Svetlana
Protasova, Svetlana
Proudhon, Henry
Pryds, Nini
Przełożyńska, Elżbieta
Przybysz, Sylwia
Przybyszewski, Bartlomiej
Przybyszewski, Bartlomiej
Psaruk, Igor
Pstrus, Janusz
Pstruś, Janusz
Pstruś, Janusz
Puchalski, Michał
Puchý, Viktor
Pundt, Astrid
Puoci, Francesco
Purgert, Robert
Puschnig, Peter
Qiao, Jichao
Qiao, Jichao
Qin, Rongshan
Qin, Rongshan
Qin, Rongshan
Qiu, Anqi
Querfurth, Frank
Querfurth, Frank
Quey, Romain
Quigley, David
Quintero, Julio
Qureshi, Shahid Saeed
Raabe, Dierk
Raabe, Dierk
Raabe, Dierk
Raabe, Dierk
Raabe, Dierk
Raabe, Dierk
Raben, Torsten
Rack, Alexander
Rack, Alexander
Rack, Alexander
Radmilovic, Velimir
Radziszewska, Hanna
Rafaja, D.
Rafiezadeh, Siamak
Raghavan, Rejin
Rahimi, Reza
Rahmani, Hooman
Raimondi, Fabio
Rajendran, Mohan Kumar
Rakha, Khushboo
Rakov, Ignat
Rakov, Ignat
Rale, P.
Ramachandran, Arathi
Ramade, Julien
Ramasamy, Anand
Ramasamy, Parthiban
Ramasse, Q.M.
Ramos, Francisco
Ramos, Francisco
Rana, Chetas
Ranachowski, Przemysław
Ranachowski, Zbigniew
Randrianarivony, Maharavo
Rappaz, Michel
Ratajczyk, Jacek
Ratajski, Jerzy
Ratajski, Jerzy
Ratajski, Tomasz
Ratajski, Tomasz
Rath, Markus
Ratzke, Markus
Raucci, Maria Grazia
1759
A2.1-P-WED-P2
2218
C2.2-O-WED-AM1-5
1550
B1.2-O-TUE-AM2-3
1171
B1.1-P-WED-P2
1721
C4.2-P-WED-P2
1315
D3.1-O-MON-PM1-4
2551
A1.3-P-TUE-P1
2151
D1.1-O-TUE-AM2-3
2153
D1.1-P-WED-P2
1571
D3.3-O-TUE-AM2-3
2227
C2.1-O-MON-PM1-2
2240
B2.3-O-THU-AM1-3
1566
C2.3-O-WED-AM2-3
1263
A2.1-O-TUE-AM2-3
1556
C2.1-O-TUE-AM1-5
2267
C3.1-O-TUE-AM1-4
1704
B1.1-H-WED-AM2-1
2588
D1.3-I/K-MON-PM1-5
1529
C1.1-O-TUE-AM2-3
2532
C4.3-H-MON-PM2-3
1923
D1.2-I/K-WED-AM2-1
1772
D3.2-O-THU-AM2-2
1194
B1.1-P-WED-P2
2515
D3.3-P-TUE-P1
1216
F2.1-O-THU-AM1-4
2198
D1.3-P-TUE-P1
1282
B1.3-O-TUE-PM1-4
2400
C1.1-O-TUE-AM1-4
2275
E1.1-O-TUE-AM2-1
2196
B1.3-H-MON-PM1-2
1656
D1.1-O-WED-AM2-4
2427
A1.3-O-MON-PM2-4
2314
D2.1-O-MON-PM2-2
1352
B1.3-O-TUE-AM1-4
1578
D3.3-O-TUE-AM1-5
1588
B1.3-O-MON-PM2-5
1184
C4.1-I/K-MON-PM1-1
1588
B1.3-O-MON-PM2-5
1828
F1.1-O-MON-PM2-2
1222
A1.1-P-WED-P2
1273
E2.1-O-TUE-AM1-5
2067
A2.1-P-WED-P2
2275
E1.1-O-TUE-AM2-1
1752
C2.3-I/K-THU-AM1-1
2076
D1.2-H-WED-AM1-2
2025
C2.1-O-MON-PM2-4
1418
B3.2-O-WED-AM2-6
1547
C3.3-O-WED-AM1-4
1548
C2.2-O-TUE-PM1-4
1834
C2.2-H-WED-AM1-1
1461
D2.1-O-TUE-PM1-4
1986
B2.1-H-MON-PM2-2
2464
B2.1-H-TUE-AM1-1
1529
C1.1-O-TUE-AM2-3
2046
D1.1-H-WED-AM1-2
2042
D3.1-O-TUE-PM1-1
1856
F2.1-P-WED-P2
2370
D3.3-I/K-TUE-AM2-1
1727
A1.3-P-TUE-P1
1177
F1.1-P-TUE-P1
1906
D3.3-O-TUE-AM2-5
1676
B1.1-O-WED-AM2-4
1234
D3.1-O-MON-PM1-3
1843
F1.1-O-MON-PM2-4
1815
B1.3-H-TUE-AM2-1
1639
D1.1-O-TUE-PM1-3
1289
D2.3-O-THU-AM1-3
2405
A2.1-O-TUE-AM1-3
2406
A2.1-O-TUE-PM1-3
2260
E1.1-P-TUE-P1
1855
B1.1-O-TUE-PM1-3
1735
B1.1-H-WED-AM1-2
1723
B1.1-P-WED-P2
1351
B1.2-H-WED-PM1-1
1308
B2.3-O-WED-PM1-2
1652
B1.1-P-WED-P2
1592
C4.2-O-THU-AM2-2
1414
B1.2-O-TUE-PM1-4
1526
D1.3-O-MON-PM1-2
Author
Raúl, Quijada
Rault, François
Ravi, Ashwath M.
Razavi, Seyed Farzin
Read, Noriko
Ready, Adam
Reben, Manuela
Redenbach, Claudia
Redenbach, Claudia
Redermeier, Alice
Reece, Michael
Reece, Michael
Reece, Mike J
Reguero, Victor
Rehmer, Birgit
Reif, Juergen
Reilly, Nicole
Reischig, Peter
Reiser, Jens
Reitz, Christian
Rellinghaus, Bernd
Remy, Elodie
Rémy, Luc
Ren, Jian
Renard, Estelle
Renier, Michel
Renk, Oliver
Renk, Oliver
Rennie, Anthony J. R.
Rentenberger, Christian
Renversade, Loïc
Ressier, Laurence
Réthoré, Julien
Rettenmayr, Markus
Rettenmayr, Markus
Rettenmayr, Markus
Rettig, Ralf
Reuther, Klemens
Reveron, Helen
Rey-Raap, Natalia
Ribeiro, Caue
Ribeiro, Caue
Ribeiro, Mauro C. C.
Ricci, Enrica
Rice, Phil
Richardson, Ian
Richert, Maria
Richert, Maria
Richter, Gunther
Richter, Gunther
Richter, Kai
Riedel, R.
Riedel, Ralf
Rieth, Michael
Rigotti, Christophe
Ringdalen, Inga
Rinoldi, Chiara
Rios, Orlando
Ritala, Mikko
Rivera, Eric
Rivera-Díaz-del-Castillo, Pedro
Rivera-Diaz-del-Castillo, Pedro
Rivera-Díaz-del-Castillo, Pedro
Rivory, Pascaline
Rizzi, Paola
Roa, Joan Josep
Robertson, Ian
Robles Hernandez, Francisco
Robles Hernandez, Francisco
Robotti, Marco
Robson, Joseph
Robson, Joseph
Robson, Joseph
Roch, François
Rochais, Denis
Rodak, Kinga
Rödel, Johannes
Rodríguez, Karol F.
Rodríguez, Luis Alfredo
Index
1414
B1.2-O-TUE-PM1-4
1749
B1.2-P-WED-P2
1955
C3.3-O-MON-PM2-4
1430
D2.2-P-WED-P2
1433
D2.2-P-WED-P2
2065
D3.3-O-TUE-PM1-2
2311
B1.2-O-TUE-PM1-5
2525
D2.2-P-WED-P2
1451
C3.2-O-TUE-AM2-2
2350
B1.2-O-TUE-AM1-2
2473
B1.1-O-TUE-AM1-3
1475
D3.1-O-TUE-AM2-4
1745
F2.1-P-WED-P2
1482
D1.1-O-TUE-PM1-4
2316
D1.3-O-MON-PM2-5
2362
C4.2-O-THU-AM2-1
1728
C4.1-O-TUE-AM1-2
1730
C4.1-O-TUE-AM2-5
1394
D3.2-O-THU-AM2-3
1996
D1.2-O-WED-AM2-3
2418
C2.2-O-WED-AM1-3
1190
B1.1-I/K-TUE-AM1-1
1577
D3.1-O-MON-PM1-6
2147
C4.2-P-WED-P2
1627
C4.3-O-MON-PM2-5
1367
D2.3-O-THU-AM1-2
2588
D1.3-I/K-MON-PM1-5
1803
C2.3-O-THU-AM1-5
1759
A2.1-P-WED-P2
1760
F3.1-P-WED-P2
2271
D1.1-P-WED-P2
2323
D1.1-P-WED-P2
1311
D3.2-O-WED-PM1-3
1954
C1.1-H-WED-AM2-6
1637
D3.1-O-TUE-AM2-2
1611
B2.2-I/K-WED-AM1-1
1984
D3.1-O-TUE-AM1-2
2384
D2.3-O-WED-AM1-5
1384
D2.1-O-TUE-AM2-3
2421
D3.2-O-THU-AM2-6
1386
A1.1-P-WED-P2
1960
A1.3-O-TUE-AM2-2
2039
B1.2-P-WED-P2
1860
B1.2-P-WED-P2
2569
B1.1-P-WED-P2
1978
F1.1-P-TUE-P1
1991
B3.2-O-WED-PM1-4
1977
B3.1-O-TUE-AM1-3
1560
C3.3-O-THU-AM2-2
2219
F1.1-O-MON-PM1-2
1923
D1.2-I/K-WED-AM2-1
1247
F1.1-O-MON-PM1-4
1883
A2.1-O-WED-AM2-5
1986
B2.1-H-MON-PM2-2
1182
E3.1-O-WED-AM1-2
2420
A2.1-O-WED-AM1-5
2434
B2.1-O-TUE-AM1-3
2021
C4.1-O-TUE-AM1-3
2212
C2.1-O-TUE-AM1-2
1345
D2.1-P-TUE-P1
1336
C3.3-O-TUE-PM1-3
2206
D2.1-P-TUE-P1
1671
C1.1-P-WED-P2
1931
C3.2-O-MON-PM2-3
1239
E1.1-O-TUE-AM1-5
1179
A2.1-P-WED-P2
1296
D2.2-O-THU-AM2-3
1785
C1.1-O-TUE-PM1-3
1973
E1.1-P-TUE-P1
1543
C3.2-O-TUE-AM2-5
2085
B3.2-O-WED-PM1-1
1401
B1.3-O-TUE-AM1-3
1581
D3.3-P-TUE-P1
1913
B1.1-O-TUE-AM2-5
2345
C1.1-P-WED-P2
2348
F3.1-O-THU-AM2-3
1409
A1.1-O-WED-PM1-2
1852
B2.2-H-TUE-AM2-3
1937
D1.2-H-WED-AM2-4
Author
Rodríguez, Rodolfo
Rodriguez, Rodolfo
Rodríguez Fernández, José J
Rodriguez-Baracaldo, Rodolfo
Rodriguez-Baracaldo, Rodolfo
Roeb, Martin
Roelofs, Hans
Roemer, Jakub
Roevens, Annelore
Rogal, Lukasz
Rogal, Lukasz
Rogge, Sven M.J.
Roguska, Agata
Roguska, Agata
Roiban, Lucian
Roitzsch, Cornelius
Rojas, Jose I.
Rojas, Jose I.
Rojek, Jerzy
Roldan, Manuel A.
Rolland, A.
Romaner, L.
Romaner, Lorenz
Romelczyk, Barbara
Rommel, Manuel
Ronevich, Joe
Roos, Arjen
Rosales, Marcio
Rosario, Benavente
Rosario, Benavente
Roskosz, Stanisław
Roskosz, Stanisław
Rösner, Harald
Rosochowski, Andrzej
Rossi, Kevin
Rossignol, Fabrice
Rosso, Kevin
Roters, Franz
Roters, Franz
Rousseau, Benoit
Roustila, Atika
Rowe, David
Rożniata, Edyta
Rożniatowski, Krzysztof
Rubacha, Katarzyna
Rubini, Katia
Rudnik, Dariusz
Ruffoni, Davide
Rull, Jordi
Russell, Stephen
Rusz, Jan
Rutkowski, Bogdan
Rutkowski, Paweł
Ruzimuradov, O.
Ryan, Stephen
Rybak, Andrzej
Rybak, Andrzej
Ryckelynck, David
Ryelandt, Sophie
Rymuza, Zygmunt
Rzepiejewska-Malyska, Karolina
Rzepiejewska-Malyska, Karolina
S, Chidambaram
S Padaki, Mahesh
Sa, Jacinto
Saad, Azima
Sabar, Hafid
Sabirov, Ilchat
Sadykov, Vladislav
Safonov, Alexey
Sagisaka, Kento
Saida, Junji
Saied, Mahmoud
Saintier, Nicolas
Sajadifar, Seyedvahid
Sajadifar, Seyedvahid
Sakai, N
SAKKA, Yoshio
Salafranca, J.
1342
B2.1-O-MON-PM2-5
1614
A1.1-O-WED-AM1-4
1565
A1.1-P-WED-P2
1360
C3.2-O-MON-PM2-2
1421
C3.3-P-WED-P2
1719
E1.1-O-TUE-PM1-3
2366
D1.1-O-TUE-PM1-2
2346
C4.1-O-MON-PM2-5
2227
C2.1-O-MON-PM1-2
2286
A1.3-O-MON-PM2-5
2497
A2.1-P-WED-P2
1509
A2.1-H-WED-AM1-1
2155
C1.1-O-MON-PM1-5
1481
F3.1-O-WED-PM1-4
1473
F1.1-O-TUE-AM2-3
1421
C3.3-P-WED-P2
1762
A2.1-O-THU-AM1-4
1955
C3.3-O-MON-PM2-4
2287
A1.3-H-MON-PM2-2
1601
A1.2-O-TUE-AM1-2
2411
A1.2-O-TUE-AM2-2
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
1653
E1.1-P-TUE-P1
1820
F1.1-O-MON-PM1-5
2428
C1.1-P-WED-P2
1871
A1.3-H-TUE-AM1-2
2144
A1.1-O-TUE-AM1-3
2063
C2.1-P-TUE-P1
2188
E2.1-P-TUE-P1
1970
A1.3-O-TUE-AM1-4
2347
A1.1-O-WED-AM1-3
1731
D2.1-H-TUE-AM2-2
2275
E1.1-O-TUE-AM2-1
2209
B1.1-H-WED-AM2-6
1760
F3.1-P-WED-P2
1633
A2.1-O-WED-PM1-2
1780
C2.2-H-TUE-PM1-1
2034
A1.3-O-TUE-AM1-3
1766
A1.3-O-TUE-AM1-5
2270
B3.1-P-TUE-P1
1550
B1.2-O-TUE-AM2-3
1832
F1.1-P-TUE-P1
1866
E1.1-O-TUE-AM2-4
1614
A1.1-O-WED-AM1-4
1565
A1.1-P-WED-P2
2280
C3.2-H-TUE-AM2-4
2526
C4.2-O-WED-PM1-4
2047
D1.3-O-MON-PM2-4
2134
B1.3-O-TUE-AM2-4
2417
A1.3-O-TUE-AM2-4
2416
A1.1-O-WED-AM2-2
1687
C3.3-O-WED-AM2-3
2337
F3.2-O-TUE-AM1-5
1190
B1.1-I/K-TUE-AM1-1
1264
B1.1-O-TUE-AM2-3
1438
B1.1-O-TUE-AM2-2
2065
D3.3-O-TUE-PM1-2
1879
E1.1-P-TUE-P1
1653
E1.1-P-TUE-P1
1647
E1.1-P-TUE-P1
1882
E1.1-H-MON-PM2-2
1739
E1.1-P-TUE-P1
1566
C2.3-O-WED-AM2-3
2227
C2.1-O-MON-PM1-2
1281
C1.1-I/K-MON-PM2-1
1282
B1.3-O-TUE-PM1-4
2019
C2.3-O-WED-PM1-3
1906
D3.3-O-TUE-AM2-5
2498
A1.2-O-MON-PM1-2
2315
C1.1-P-WED-P2
1896
E2.1-O-TUE-AM1-2
2078
F2.1-O-WED-PM1-4
2567
C4.3-H-TUE-AM2-1
1193
F2.1-O-THU-AM1-3
1990
C1.1-P-WED-P2
2064
D1.3-O-TUE-AM1-5
1532
F1.1-O-TUE-AM2-2
1313
C3.2-O-TUE-AM2-1
Author
Salameh, Chrystelle
Salleras, Marc
Salleras, Marc
Salmatonidis, Apostolos
Salvador, Dolores
Salvo, Luc
Salvo, Luc
Salvo, Luc
Salvo, Milena
Salzemann, Caroline
Samadzadeh, Mostafa
Samsoninkova, Valeria
San Juan, José
Sanak, Marek
Sánchez, Enrique
Sánchez, Enrique
Sánchez, María
Sánchez, Rafael
Sanchez, Samuel
Sanchez, Samuel
Sánchez, Samuel
Sánchez, Yudania
Sánchez, Yudania
Sánchez, Yudania
Sánchez Abella, Laura
Sanchez Amaya, Jose Maria
Sánchez Iglesias, Ana
Sanchez Jimenez, Pedro
Sanchez-Amaya, Jose M.
Sanchez-Gonzalez, Laura
Sanchez-Gonzalez, Laura
Sanchez-Jimenez, Pedro
Sanchez-Martin, Raul
Sanchez-Ramirez, Nedher
Sandlöbes, Stefanie
Sandra C., Cifuentes
Sangermano, Marco
Sano, Tomokazu
Sanromán, María
Sanson, Nicolas
Santiago, Gislene
Santofimia, Maria J.
Santos, C.
Santos, C.
Santos, Jose Domingo
Santos, Jose Domingo
Santos, Lidia
Santos, Rúben
Santos Aires, Francisco
Saotome, Yasunori
Sapori, Daniel
Sapori, Daniel
Saraiva, Marta
Sartori, Susanna
Sartory, B.
Sato, Tatsuo
Sato, Tatsuo
Sattler, Christian
Saucedo, Edgardo
Saucedo, Edgardo
Saucedo, Edgardo
Saucedo, Edgardo
Saucedo, Edgardo
Saunders, Theo
Saunders, Theo
Sauvage, Xavier
Sauvage, Xavier
Sauvage, Xavier
Sawada, Masayoshi
Sawada, Tsutomu
Sawicki, Jacek
Sbirrazzuoli, Nicolas
Schaaf, Pierre
Schabel, Wilhelm
Schacht, Kristin
Schafler, Erhard
Scheel, Mario
Scheibel, Thomas
Scheibel, Thomas
1193
F2.1-O-THU-AM1-3
1398
F2.1-H-WED-AM2-3
1190
B1.1-I/K-TUE-AM1-1
1577
D3.1-O-MON-PM1-6
1776
C1.1-H-MON-PM1-2
1501
B1.1-O-TUE-AM2-4
1578
D3.3-O-TUE-AM1-5
1722
D3.3-O-TUE-AM2-2
1736
A1.3-P-TUE-P1
1715
A1.3-P-TUE-P1
2117
C4.1-O-TUE-AM2-3
1593
C2.3-O-WED-PM1-1
1923
D1.2-I/K-WED-AM2-1
1198
D3.2-O-WED-AM2-2
1196
D3.2-I/K-WED-AM2-1
1296
D2.2-O-THU-AM2-3
2291
D2.1-O-MON-PM1-4
1533
E1.1-H-MON-PM2-1
1739
E1.1-P-TUE-P1
1314
E1.1-O-MON-PM2-5
1677
E1.1-O-MON-PM2-3
1634
D1.3-H-TUE-AM1-1
2170
A1.2-O-MON-PM2-3
2326
B1.1-O-TUE-PM1-2
2153
D1.1-P-WED-P2
1190
B1.1-I/K-TUE-AM1-1
1189
B1.1-O-WED-AM1-5
2143
C1.1-O-TUE-PM1-4
2137
C1.1-P-WED-P2
2389
D2.2-H-THU-AM1-1
2020
C3.3-P-WED-P2
2228
D2.1-O-TUE-AM1-4
2243
D3.1-P-TUE-P1
2244
D3.3-P-TUE-P1
1639
D1.1-O-TUE-PM1-3
1220
D3.1-P-TUE-P1
1213
B2.3-O-WED-PM1-3
1787
C2.2-O-WED-AM1-2
2091
E1.1-O-MON-PM1-5
1894
A1.1-H-TUE-PM1-1
2073
C2.3-O-THU-AM1-4
1252
E1.1-P-TUE-P1
1453
E3.1-O-WED-AM2-4
1928
A1.2-O-TUE-AM2-4
2173
B2.2-O-TUE-AM2-4
1456
E1.1-H-MON-PM1-2
1615
D3.3-H-TUE-AM1-1
1509
A2.1-H-WED-AM1-1
1953
D3.3-P-TUE-P1
1769
D3.3-O-TUE-AM2-4
2469
D3.3-P-TUE-P1
2210
D3.3-P-TUE-P1
1826
D3.3-P-TUE-P1
1380
C2.1-O-MON-PM1-4
2395
E2.1-H-TUE-AM1-1
1352
B1.3-O-TUE-AM1-4
1994
A2.1-P-WED-P2
2321
E2.1-P-TUE-P1
2094
C2.3-P-WED-P2
2029
C3.1-O-MON-PM1-5
1488
B1.2-H-WED-AM2-1
1198
D3.2-O-WED-AM2-2
2146
A1.1-O-TUE-AM2-3
1578
D3.3-O-TUE-AM1-5
1629
C2.1-O-TUE-AM1-4
2029
C3.1-O-MON-PM1-5
1872
B2.3-O-THU-AM1-2
1327
E1.1-P-TUE-P1
1747
C1.1-O-WED-PM1-2
1533
E1.1-H-MON-PM2-1
2576
A1.1-I/K-WED-AM2-1
2164
B1.3-H-TUE-AM2-2
1961
B1.1-O-WED-AM1-3
1251
B1.1-H-TUE-AM2-1
1496
C1.1-P-WED-P2
2384
D2.3-O-WED-AM1-5
2209
B1.1-H-WED-AM2-6
1178
B1.1-O-WED-PM1-5
2032
D3.2-O-THU-AM1-3
Author
Scheibel, Thomas
Scheibel, Thomas
Scheiber, D.
Scheiber, Daniel
Schindler, Peter
Schlingmann, Tina
Schmid-Fetzer, Rainer
Schmid-Fetzer, Rainer
Schmidt, Ingo
Schmidt, Ingo
Schmitz, Guido
Schneider, Gionata
Schneider, Sebastian
Scholtes, Benjamin
Scholtes, Benjamin
Schöneich, Marc
Schöngrundner, Ronald
Schorr, S
Schorr, Susan
Schorr, Susan
Schorr, Susan
Schreyer, Andreas
Schrödner, Mario
Schueler, Paul
Schuff, Sebastian
Schumacher, P.
Schumacher, P.
Schunk, Christopher
Schunk, Christpher
Schuster, Laurent
Schütz, Gisela
Schwaiger, Ruth
Schwalbe, Sebastian
Schwalbe, Sebastian
Schwind, Martin
Schwingenschlögl, Udo
Scocchi, Giulio
Scopece, Daniele
Scott, Tom
Scragg, Jonathan
Seal, Sudipta
Šebek, Martin
Seemann, Daniel
Seffen, Keith
Seftel, Elena M.
Seibert, Alice
Seidel, Jürgen
Seidt, Britta
Seifert, Hans
Seifert, Hans J.
Seifert, Hans Juergen
Seifert, Hans Jürgen
Seifert, Hans Jürgen
Seifert, Hans-Jürgen
Sellars, Andrew B.
Senchenkov, Alexander
Seo, Dong Hak
Sepulveda, Erwin
Sergi, Danilo
Serkov, Anton
Serrano, Marta
Settefrati, Amico
Seveyrat, Laurence
Seyring, Martin
Sgobba, Stefano
Shafeev, George
Shahedi Asl, Mehdi
Shahee, Aga
Shahmir, Hamed
Shakhov, M. A.
Shakouri, Ali
Shamlaye, Karl
Shamlaye, Karl F.
Shan, Yao V.
Shangina, Daria
Shanthraj, Pratheek
Shao, Xiaohong
Shbeh, Mohammed
Shchyglo, O.
139
Index
2008
D3.2-O-WED-PM1-6
1966
D3.2-O-WED-PM1-2
1388
A1.1-O-TUE-AM1-4
1796
C3.2-O-MON-PM2-4
1630
B2.3-P-WED-P2
1843
F1.1-O-MON-PM2-4
1476
D2.3-P-WED-P2
1459
D2.3-O-WED-AM2-2
1465
D2.3-P-WED-P2
1374
B1.2-H-MON-PM2-2
2070
B2.1-P-TUE-P1
1508
B1.3-O-WED-AM1-3
1725
D1.1-O-WED-AM2-3
1374
B1.2-H-MON-PM2-2
1609
C1.1-P-WED-P2
1323
B1.2-I/K-TUE-AM1-1
2130
C3.1-O-MON-PM1-3
1664
C3.1-O-MON-PM1-4
1931
C3.2-O-MON-PM2-3
1884
D2.3-P-WED-P2
1547
C3.3-O-WED-AM1-4
2098
B1.1-P-WED-P2
2079
C1.1-P-WED-P2
1550
B1.2-O-TUE-AM2-3
1853
B3.2-P-WED-P2
1292
D1.2-O-THU-AM1-4
1959
E4.1-O-WED-AM2-5
1466
B2.2-P-TUE-P1
1811
E2.1-O-MON-PM2-2
1960
A1.3-O-TUE-AM2-2
1425
F3.1-P-WED-P2
1377
C2.1-O-MON-PM2-3
2212
C2.1-O-TUE-AM1-2
1720
B1.1-O-TUE-PM1-5
1893
D2.2-O-THU-AM1-6
2310
C3.2-O-TUE-AM1-3
2411
A1.2-O-TUE-AM2-2
2221
C2.1-P-TUE-P1
2370
D3.3-I/K-TUE-AM2-1
2348
F3.1-O-THU-AM2-3
1184
C4.1-I/K-MON-PM1-1
2065
D3.3-O-TUE-PM1-2
2437
C2.1-I/K-MON-PM1-1
1170
E1.1-P-TUE-P1
2575
F2.1-P-WED-P2
2559
B2.1-P-TUE-P1
1422
D1.1-P-WED-P2
1568
C3.3-P-WED-P2
1569
C3.3-O-WED-AM2-2
1478
D2.1-P-TUE-P1
1671
C1.1-P-WED-P2
2154
F1.1-P-TUE-P1
2286
A1.3-O-MON-PM2-5
1916
F3.1-P-WED-P2
1727
A1.3-P-TUE-P1
2298
C1.1-P-WED-P2
1554
A1.2-P-TUE-P1
2466
E1.1-P-TUE-P1
2459
A1.1-P-WED-P2
2458
A1.1-P-WED-P2
2259
B1.2-O-TUE-AM2-6
2327
B1.2-O-TUE-AM1-3
1501
B1.1-O-TUE-AM2-4
1517
C4.1-P-TUE-P1
1777
C3.3-O-TUE-AM1-2
1409
A1.1-O-WED-PM1-2
2222
C3.2-O-MON-PM1-1
1561
E4.1-O-WED-PM1-3
2169
A1.1-P-WED-P2
2340
C3.3-O-WED-AM2-4
2495
A1.2-O-TUE-AM2-3
1928
A1.2-O-TUE-AM2-4
1865
F2.1-I/K-WED-PM1-1
1597
E1.1-H-TUE-AM1-1
2198
D1.3-P-TUE-P1
2468
D1.3-O-MON-PM1-3
1526
D1.3-O-MON-PM1-2
2301
F1.1-I/K-MON-PM1-1
2050
B3.2-O-WED-AM1-3
140
Author
Shchyglo, Oleg
Shchyglo, Oleg
Shearer, Cameron
Shen, Shaohua
Shevchenok, Alexandr
Shi, Liu
Shibata, Akinobu
Shibata, Akinobu
Shibata, Akinobu
Shigesato, Genichi
Shimokawa, Yohei
Shimono, Masato
Shinohara, Takenao
Shirahata, Hiroyuki
Shirazi, Hassan
Shterner, Vadim
Shukhov, Yuri
Shukhov, Yuryi
Shwetharani
Shyvaniuk, Vladyslav
Sieniawski, Jan
Sieniawski, Jan
Sieniawski, Jan
Sietsma, Jilt
Siewiorek, Aleksandra
Sigle, Wilfried
Sikorav, Laurence
Siligardi, Cristina
Silva, Carla
Silva, Nuno
Silvestre, Marcus
Simar, Aude
Simar, Aude
Simar, Aude
Simar, Aude
Simeonidis, Konstantinos
Simmchen, Juliane
Simões, Sónia
Sims, zachary
Simsek, Gorkem
Singer, Robert
Singh, Abhishek Kumar
Singh, Mrityunjay
Sinha, Sandeep
Sitarz, Maciej
Sitarz, Maciej
Sitek, Ryszard
Sitek, Ryszard
Sitek, Ryszard
Sitek, Ryszard
Sivaswamy, Giribaskar
Siwek, Marcin
Six, Alice
Skalski, Konstanty
Skarlatos, Dimitrios
Skiba, Jacek
Skibinski, Jakub
Skokov, Konstantin
Skokov, Konstantin
Skokov, Konstantin
Skołek, Emilia
Skołek, Emilia
Skrotzki, Birgit
Skuza, Wojciech
Słupska, Monika
Smecca, Emanuele
Smektała, Piotr
Smith, Jim
Smith, Michael
Smolik, Jerzy
Smoukov, Stoyan
Smoukov, Stoyan
Smoukov, Stoyan
Snaith, Henry
Snigirev, Anatoly
Snoeck, Etienne
Snoeck, Etienne
Soares, Sylvia
Sobczak, Jerzy
1991
B3.2-O-WED-PM1-4
2083
C2.3-O-THU-AM1-3
1874
C2.3-O-THU-AM1-2
1752
C2.3-I/K-THU-AM1-1
1876
A2.1-P-WED-P2
1993
B3.2-P-WED-P2
2273
C2.1-P-TUE-P1
1874
C2.3-O-THU-AM1-2
2073
C2.3-O-THU-AM1-4
2061
C2.3-P-WED-P2
1853
B3.2-P-WED-P2
2002
A2.1-P-WED-P2
2200
A2.1-O-TUE-AM2-5
1483
F3.1-H-WED-PM1-1
1575
E1.1-P-TUE-P1
1583
E1.1-P-TUE-P1
2187
B3.2-P-WED-P2
2180
E1.1-P-TUE-P1
2393
F3.2-O-TUE-PM1-5
1289
D2.3-O-THU-AM1-3
1369
D2.3-O-WED-AM2-3
1716
C3.1-P-TUE-P1
1717
C3.1-P-TUE-P1
2476
D2.3-P-WED-P2
2527
D2.1-O-TUE-AM1-3
2542
B1.3-P-TUE-P1
1229
B1.2-O-MON-PM1-3
1663
D2.3-P-WED-P2
1367
D2.3-O-THU-AM1-2
1428
D2.3-O-WED-AM1-2
2297
C2.3-P-WED-P2
1390
D1.1-O-WED-AM2-6
1873
C4.1-P-TUE-P1
1675
B1.3-O-MON-PM1-5
1204
D1.2-O-THU-AM2-5
1996
D1.2-O-WED-AM2-3
1931
C3.2-O-MON-PM2-3
1387
F1.1-P-TUE-P1
1833
F1.1-P-TUE-P1
2611
D2.2-P-WED-P2
2032
D3.2-O-THU-AM1-3
1743
D3.1-O-MON-PM2-3
1552
A2.1-O-TUE-AM1-4
1909
F1.1-O-MON-PM2-6
2596
D1.1-I/K-WED-AM1-1
1923
D1.2-I/K-WED-AM2-1
1494
D3.1-O-MON-PM2-4
1845
E2.1-I/K-MON-PM1-1
1427
B1.3-O-TUE-AM2-6
2527
D2.1-O-TUE-AM1-3
1688
E1.1-P-TUE-P1
1612
C1.1-H-TUE-AM1-1
1541
B3.2-O-WED-AM2-1
1621
B3.2-O-WED-AM2-5
1968
A2.1-P-WED-P2
1691
B3.1-O-TUE-AM1-4
1973
E1.1-P-TUE-P1
1973
E1.1-P-TUE-P1
2473
B1.1-O-TUE-AM1-3
2274
F1.1-O-MON-PM2-5
2159
C2.1-P-TUE-P1
2365
B3.1-O-TUE-AM2-3
2215
B3.2-O-WED-AM1-5
1729
F3.1-P-WED-P2
2411
A1.2-O-TUE-AM2-2
2287
A1.3-H-MON-PM2-2
1543
C3.2-O-TUE-AM2-5
2130
C3.1-O-MON-PM1-3
1664
C3.1-O-MON-PM1-4
1917
B1.3-O-TUE-PM1-6
1583
E1.1-P-TUE-P1
2272
E1.1-O-TUE-AM1-3
1575
E1.1-P-TUE-P1
1974
C4.1-P-TUE-P1
1298
D3.2-O-WED-AM2-3
2315
C1.1-P-WED-P2
2333
B1.1-P-WED-P2
2032
D3.2-O-THU-AM1-3
1277
D3.2-H-WED-AM2-4
Author
Sobczak, Jerzy
Sobczak, Natalia
Sobczak, Jerzy, Józef
Sobczak, Natalia
Sobczak, Natalia
Sobczak, Natalia
Sobczak, Natalia
Sobczak, Natalia
Sobczak, Natalia
Sobczak, Natalia
Sobczak, Natalia
Sobczyk-Guzenda, Anna
Sobieski, Jan
Sobolewski, Peter
Socha, Robert Piotr
Socha, Robert Piotr
Sochacki, Mariusz
Soda, Rikio
Soetens, Jibbe
Sofronis, Petros
Sojka, Jaroslav
Sola, Daniel
Sola, Daniel
Solarski, Wojciech
Sologubenko, Alla
Soltani, Mohamed Larbi
Somani, Mahesh
Somerday, Brian
Somerday, Brian
Somerday, Brian
Somlyai-Sipos, László
Sonntag, Nadja
Sopko, Martin
Sort, Jordi
Sotillo, Belén
Sougrat, Rachid
Souza, Laveena
Sowińska, Agnieszka
Sowińska, Agnieszka
Sozańska, Maria
Spatschek, R.
Spencer, Jacob
Speyer, Lucie
Spicer, Christopher D.
Spiecker, Erdmann
Spiegelberg, Jakob
Spiewak, Piotr
Spilsbury, Keith
Spitzer, Denis
Spolenak, Ralph
Sprengel, Wolfgang
Sprengel, Wolfgang
Springer, Hauke
Springer, Hauke
Spychaj, Tadeusz
Spychalski, Wojciech
Stahopoulos, Vassilis
Stamaopoulos, Leonardos
Stan-Glowinska, Katarzyna
Stanciuc, Ana-Maria
Stanhope, Chris
Stanik, Rafal
Stanik, Rafal
Staniszewski, Zygmunt
Stanton, Morgan
Stanton, Morgan
Starinskiy, Sergey
Starinskiy, Sergey
Starinskiy, Sergey
Starodubtsev, Yuri
Starowicz, Zbigniew
Starowicz, Zbigniew
Starowicz, Zbigniew
Stathopoulos, Vassilis
Stechauner, Georg
Stegliński, Mariusz
Stegliński, Mariusz
Steinbach, I.
Steinbach, Ingo
1966
D3.2-O-WED-PM1-2
2008
D3.2-O-WED-PM1-6
2445
D3.2-O-THU-AM1-6
2626
D3.2-P-TUE-P1
1380
C2.1-O-MON-PM1-4
2310
C3.2-O-TUE-AM1-3
2527
D2.1-O-TUE-AM1-3
1909
F1.1-O-MON-PM2-6
2085
B3.2-O-WED-PM1-1
1612
C1.1-H-TUE-AM1-1
2343
A2.1-O-THU-AM1-5
2597
D1.1-H-WED-AM2-1
1883
A2.1-O-WED-AM2-5
2274
F1.1-O-MON-PM2-5
2465
F2.1-P-WED-P2
2090
E1.1-P-TUE-P1
2313
A2.1-P-WED-P2
1296
D2.2-O-THU-AM2-3
1539
B2.1-O-MON-PM1-2
2220
C1.1-O-WED-AM1-6
2075
C2.3-P-WED-P2
2152
C4.1-H-TUE-AM2-1
2018
C1.1-O-MON-PM1-3
1376
C1.1-O-MON-PM1-4
2016
C1.1-O-MON-PM2-3
2019
C2.3-O-WED-PM1-3
2020
C3.3-P-WED-P2
2155
C1.1-O-MON-PM1-5
2020
C3.3-P-WED-P2
1632
B1.2-P-WED-P2
1993
B3.2-P-WED-P2
1334
E3.1-P-WED-P2
1878
B3.2-P-WED-P2
1972
A2.1-O-THU-AM1-2
1655
A2.1-O-WED-PM1-4
2200
A2.1-O-TUE-AM2-5
2343
A2.1-O-THU-AM1-5
1951
D1.1-O-TUE-AM2-4
1793
C4.2-O-WED-PM1-5
2342
F1.1-O-TUE-AM1-3
1510
F2.1-P-WED-P2
2445
D3.2-O-THU-AM1-6
2626
D3.2-P-TUE-P1
1356
C4.1-O-MON-PM2-3
1845
E2.1-I/K-MON-PM1-1
2025
C2.1-O-MON-PM2-4
1913
B1.1-O-TUE-AM2-5
1663
D2.3-P-WED-P2
1229
B1.2-O-MON-PM1-3
1930
C2.1-H-TUE-AM1-6
2603
D3.1-H-TUE-AM1-6
1543
C3.2-O-TUE-AM2-5
2229
B1.1-O-WED-PM1-3
2308
B1.3-O-TUE-PM1-2
1675
B1.3-O-MON-PM1-5
2397
B3.1-O-TUE-AM1-2
1922
B3.1-P-TUE-P1
1840
C3.3-P-WED-P2
1841
C3.3-P-WED-P2
1656
D1.1-O-WED-AM2-4
2261
D3.1-O-TUE-AM1-4
1315
D3.1-O-MON-PM1-4
1232
B3.1-O-TUE-AM1-5
1251
B1.1-H-TUE-AM2-1
1371
E3.1-O-WED-AM2-3
2122
F3.1-O-THU-AM1-6
1748
F2.1-P-WED-P2
1610
F1.1-O-MON-PM1-3
1936
F2.1-P-WED-P2
2225
F1.1-O-TUE-AM1-4
1489
F2.1-O-THU-AM2-2
1798
F2.1-P-WED-P2
1542
F2.1-O-THU-AM1-2
2123
F3.1-O-THU-AM1-4
1638
F2.1-O-THU-AM2-3
1230
C4.3-O-MON-PM1-5
1647
E1.1-P-TUE-P1
1580
D3.1-P-TUE-P1
2090
E1.1-P-TUE-P1
Author
Steinbach, Ingo
Steinbach, Ingo
Steinbach, Ingo
Steinbach, Ingo
Steinbrück, Martin
Stergioudi, Fani
Steurer, Walter
Stevens, Molly M.
Stević, Dragana
Steyskal, Eva-Maria
Stępniewski, Roman
Stierle, Andreas
Stobierski, Ludosław
Stoddart, Martin
Stodolak-Zych, Ewa
Stoica, Mihai
Stolarska, Justyna
Stommel, Markus
Stopyra, Michał
Stráská, Jitka
Straumal, Alexander
Straumal, B.B.
Straumal, Boris
Straumal, Boris
Straumal, Boris
Straumal, Boris
Straumal, Boris
Straumal, Boris B.
Straumal, Peter
Střílková, Lucie
Strojny-Nedza, Agata
Strojny-Nędza, Agata
Strojny-Nędza, Agata
Strupinski, Wlodek
Strupinski, Wlodek
Strupiński, Wlodek
Strupiński, Włodzimierz
Strupiński, Włodzimierz
Strzelczyk, Karolina
Stuber, Matthias
Subatzus, Daniel
Subhedar, Amol
Subhedar, Amol
Suchy, Jozef S.
Suddell, Brett
Suder, Wojciech
Sudret, Bruno
Sugar, Josh
Suikkanen, Pasi
Sule, Jibrin
Sulpizi, Marialore
Sulyaeva, Veronica
Sun, Fan
Sun, Yonghao
Suriñach, Santiago
Surowska, Barbara
Surowska, Barbara
Sursaeva, Vera
Sursaeva, Vera
Suter, Robert M.
Sutmann, Godehard
Sutton, Adrian P.
Svenninggaard, Jon
Svoboda, Jiri
Sweeney, Michael
Swieszkowski, Wojciech
Sykora, Benedikt
Sylla, Diouldé
Szabelewski, Jakub
Szabó, Attila
Index
1276
B2.2-O-TUE-PM1-2
1701
B1.2-O-WED-AM2-3
1689
C4.1-P-TUE-P1
2399
D1.1-P-WED-P2
2215
B3.2-O-WED-AM1-5
1237
B3.2-P-WED-P2
2051
B1.1-P-WED-P2
2150
D2.3-P-WED-P2
2199
B1.2-P-WED-P2
1574
F2.1-O-THU-AM1-5
2465
F2.1-P-WED-P2
2463
E2.1-H-MON-PM1-2
2334
C3.3-P-WED-P2
2463
E2.1-H-MON-PM1-2
2353
C1.1-O-TUE-AM2-4
1678
C1.1-O-TUE-AM1-5
2138
B1.1-P-WED-P2
2201
C2.1-P-TUE-P1
1718
C2.3-O-WED-AM2-5
2525
D2.2-P-WED-P2
1608
B2.2-P-TUE-P1
1693
B2.2-P-TUE-P1
1904
A2.1-O-TUE-AM1-2
1903
A2.1-P-WED-P2
2394
C3.3-O-MON-PM2-3
2496
B3.2-O-WED-AM2-3
1182
E3.1-O-WED-AM1-2
2591
D3.3-P-TUE-P1
2306
C2.2-O-WED-AM1-4
1490
D3.1-P-TUE-P1
1499
C2.1-O-MON-PM1-5
1703
B1.2-O-TUE-AM2-4
2259
B1.2-O-TUE-AM2-6
1860
B1.2-P-WED-P2
2472
B1.3-P-TUE-P1
1793
C4.2-O-WED-PM1-5
1740
F2.1-P-WED-P2
1679
F1.1-P-TUE-P1
1808
C4.2-P-WED-P2
2315
C1.1-P-WED-P2
2013
A2.1-O-WED-AM2-3
2360
E1.1-P-TUE-P1
1990
C1.1-P-WED-P2
1399
C1.1-P-WED-P2
1318
E4.1-P-WED-P2
1195
B1.3-P-TUE-P1
2198
D1.3-P-TUE-P1
1220
D3.1-P-TUE-P1
1371
E3.1-O-WED-AM2-3
2180
E1.1-P-TUE-P1
1455
D2.1-P-TUE-P1
1435
D2.3-O-WED-AM2-4
1246
D2.3-O-THU-AM1-4
2570
D2.3-P-WED-P2
1378
B1.3-H-WED-AM1-1
1619
D1.1-P-WED-P2
1970
A1.3-O-TUE-AM1-4
1374
B1.2-H-MON-PM2-2
1218
C1.1-O-MON-PM2-4
1862
F2.1-P-WED-P2
1861
A2.1-O-WED-AM1-2
1565
A1.1-P-WED-P2
1614
A1.1-O-WED-AM1-4
1784
A1.1-O-TUE-PM1-3
1528
A1.1-P-WED-P2
2337
F3.2-O-TUE-AM1-5
1307
D2.3-O-THU-AM2-5
1384
D2.1-O-TUE-AM2-3
2184
D2.2-H-THU-AM1-4
2466
E1.1-P-TUE-P1
2459
A1.1-P-WED-P2
2458
A1.1-P-WED-P2
1451
C3.2-O-TUE-AM2-2
2240
B2.3-O-THU-AM1-3
1566
C2.3-O-WED-AM2-3
2227
C2.1-O-MON-PM1-2
2159
C2.1-P-TUE-P1
1613
F3.1-H-THU-AM1-1
1379
F3.1-O-THU-AM1-3
Author
Szaniawska, Krystyna
Száraz, Zoltán
Szczerba, Maciej
Szczotok, Agnieszka
Szczurek, Anna
Szeptycka, Benigna
Szewczyk-Nykiel, Aneta
Szkodo, Marek
Szkodo, Marek
Szlazak, Karol
Szparaga, Grzegorz
Szparaga, Grzegorz
Szparaga, Łukasz
Sztajnowski, Sławomir
Sztwiertnia, Krzysztof
Szulc, Zygmunt
Szulc, Zygmut
Szwedo, Mariusz
Szymanska, Joanna
Szymanska, Joanna
Szymanski, Witold
Szymanski, Witold
Szymański, Krzysztof
Szymański, Łukasz
Szyniszewski, Stefan
Szyszkiewicz-Warzecha, Krzysztof
Szyszkiewicz-Warzecha, Krzysztof
Śpiewak, Piotr
Świątek, Zbigniew
Świątnicki, Wiesław
Świderska, Marta
Święszkowski, Wojciech
Świniarski, Jacek
Świniarski, Michał
T. Szabo, Jozsef
Tabachnikova, Elena
Tabachnikova, Elena
Tabachnikova, Elena
Tabachnikova, Elena
Tafforeau, Paul
Tahini, Hassan
Takabayashi, Hiroyuki
Takagi, Kenta
Takagi, Shusaku
Takai, Kenichi
TAKAKI, Setsuo
Takaki, Setsuo
Takeuchi, Akira
Tallec, Gwenole
Tamayol, Ali
Tanaka, Masaki
Tao, N.R.
Tapasztó, Orsolya
Tapasztó, Orsolya
Tarancon, Albert
Tarancón, Albert
Tarancón, Albert
Tarancón, Albert
Tarone, Guido
Tarzimoghadam, Zahra
Tasan, Cem
Tasan, Cem
Taskaev, Sergey
Taskaev, Sergey
Taskaev, Sergey
Tassi, Marco
Tatarko, Peter
Tatarko, Peter
Tatarko, Peter
Tatlock, Gordon
Taylor, Zeike
Taylor, Zeike
1418
B3.2-O-WED-AM2-6
1493
C3.3-P-WED-P2
2009
C4.1-O-TUE-AM1-4
2028
C3.2-O-MON-PM1-2
1333
E4.1-O-WED-AM2-6
1781
B2.2-H-TUE-AM2-1
1302
D3.3-O-TUE-AM1-2
1501
B1.1-O-TUE-AM2-4
2425
C1.1-O-WED-AM1-2
1253
F1.1-O-TUE-AM1-6
1170
E1.1-P-TUE-P1
1472
D3.1-P-TUE-P1
1396
D3.1-O-TUE-PM1-2
1461
D2.1-O-TUE-PM1-4
1210
E4.1-H-WED-PM1-1
1201
C1.1-I/K-TUE-PM1-1
1202
D2.1-O-MON-PM1-2
2481
A1.3-O-TUE-AM2-6
1914
E1.1-O-MON-PM2-6
1615
D3.3-H-TUE-AM1-1
2454
D1.2-H-WED-PM1-4
1719
E1.1-O-TUE-PM1-3
1646
D3.1-O-TUE-AM1-3
2247
B1.3-H-WED-AM1-2
1723
B1.1-P-WED-P2
1227
A1.2-O-TUE-AM1-3
1510
F2.1-P-WED-P2
2020
C3.3-P-WED-P2
2380
F1.1-P-TUE-P1
1318
E4.1-P-WED-P2
1325
B1.2-O-TUE-AM2-2
1323
B1.2-I/K-TUE-AM1-1
2602
D3.1-H-MON-PM2-1
2570
D2.3-P-WED-P2
1314
E1.1-O-MON-PM2-5
2558
D2.1-H-TUE-AM2-1
1234
D3.1-O-MON-PM1-3
1285
B1.2-O-WED-AM2-5
1676
B1.1-O-WED-AM2-4
1458
D2.3-P-WED-P2
2496
B3.2-O-WED-AM2-3
2288
C2.1-O-TUE-AM1-1
2079
C1.1-P-WED-P2
1801
C2.1-P-TUE-P1
1818
C2.1-P-TUE-P1
2304
E3.1-P-WED-P2
2222
C3.2-O-MON-PM1-1
2149
A2.1-O-TUE-AM2-1
1694
D2.1-O-TUE-AM1-6
2366
D1.1-O-TUE-PM1-2
1690
A2.1-P-WED-P2
1688
E1.1-P-TUE-P1
2201
C2.1-P-TUE-P1
2076
D1.2-H-WED-AM1-2
1528
A1.1-P-WED-P2
2275
E1.1-O-TUE-AM2-1
1318
E4.1-P-WED-P2
2360
E1.1-P-TUE-P1
1658
D3.3-P-TUE-P1
1985
F1.1-O-TUE-AM1-5
1516
F2.1-O-WED-AM2-5
2291
D2.1-O-MON-PM1-4
1725
D1.1-O-WED-AM2-3
2254
B3.2-O-WED-PM1-3
2121
D3.1-P-TUE-P1
2480
B1.2-P-WED-P2
2219
F1.1-O-MON-PM1-2
1643
E1.1-O-TUE-AM1-4
1597
E1.1-H-TUE-AM1-1
1612
C1.1-H-TUE-AM1-1
1667
B1.1-O-TUE-PM1-4
2574
A1.3-P-TUE-P1
1917
B1.3-O-TUE-PM1-6
2052
F1.1-H-TUE-AM2-1
2310
C3.2-O-TUE-AM1-3
2310
C3.2-O-TUE-AM1-3
2052
F1.1-H-TUE-AM2-1
2074
D1.1-O-WED-AM2-2
1393
C1.1-O-TUE-AM2-5
Author
Tchorz, Adam
Tchorz, Adam
Tchuindjang, Jerome Tchoufang
Tebbe, Moritz
Tejado, Elena
ten Elshof, Andre
Terlicka, Sylwia
Terlinde, Gregor
Tesař, Karel
Thakral, Sharanjit
Thakur, Rajeev
Theodorou, Doros
Theodorou, Doros Nicolas
Thienhaus, Sigurd
Thilly, Ludovic
Thilly, Ludovic
Thilly, Ludovic
Thiriet, Maud
Thogersen, Annett
Thomas, Daniel
Thomas, Paul
Thoumyre, Charles
Thuinet, Ludovic
Thurieau, Nicolas
Tian, Yingtao
Tierno, Pietro
Tietze, Rainer
Tietze, Thomas
Tijerina-González, T. J.
Tikhonovsky, Mikhail
Timokhina, Ilana
Timokhina, Ilana
Tkatchenko, Alexandre
Tobata, Junya
Többens, Daniel M.
Toda, Hiroyuki
Toda-Caraballo, Isaac
Todoshchenko, Olga
Tokarski, Tomasz
Tokarski, Tomasz
Tokarski, Tomasz
Tomaszewska, Agnieszka
Tomaszewska, Agnieszka
Tomaszewska, Justyna
Tonsomboon, Khaow
Toplis, Michael
Topoglidis, Emmanuel
Topolovec, Stefan
Topolski, Krzysztof
Topuria, Teya
Torrel, Marc
Torresi, Roberto M.
Tortika, A
Toth, Gergely Balint
Trafarski, Andrzej
Travan, Andrea
Trembecka-Wójciga, Klaudia
Treml, Ruth
Tremsin, Anton
Trevisan, Francesco
Trieschmann, Jan
Trindade, Bruno
Tronci, Giuseppe
Troughton, Joel
Troughton, Joel
Trubel, Simon
Trueba, Monica
Tsai, Chen-Fong
Tsepelev, Vladimir
Tsipas, Dimitrios
Tsipas, Dimitrios
Tsouknidas, Alexander
Tsouknidas, Alexander
Tsubaki, Shinki
Tsuchiya, Koichi
1246
D2.3-O-THU-AM1-4
2570
D2.3-P-WED-P2
1459
D2.3-O-WED-AM2-2
1465
D2.3-P-WED-P2
1476
D2.3-P-WED-P2
1669
D2.3-I/K-THU-AM1-1
1434
D2.1-P-TUE-P1
1455
D2.1-P-TUE-P1
1436
D2.3-P-WED-P2
1368
D2.3-P-WED-P2
1420
D2.3-P-WED-P2
1225
F1.1-O-TUE-AM1-2
1260
B3.2-O-WED-PM1-2
1986
B2.1-H-MON-PM2-2
1428
D2.3-O-WED-AM1-2
1825
C4.1-P-TUE-P1
2370
D3.3-I/K-TUE-AM2-1
1746
C2.2-H-TUE-AM2-2
1875
D1.2-I/K-WED-PM1-1
2032
D3.2-O-THU-AM1-3
1233
C3.2-O-TUE-AM2-3
1455
D2.1-P-TUE-P1
1374
B1.2-H-MON-PM2-2
1459
D2.3-O-WED-AM2-2
2285
C4.2-O-THU-AM1-2
2254
B3.2-O-WED-PM1-3
2525
D2.2-P-WED-P2
2490
C3.3-O-TUE-PM1-2
1208
B1.2-I/K-WED-AM1-1
1726
B1.2-H-WED-AM1-3
2459
A1.1-P-WED-P2
2466
E1.1-P-TUE-P1
2458
A1.1-P-WED-P2
1630
B2.3-P-WED-P2
1510
F2.1-P-WED-P2
2476
D2.3-P-WED-P2
2102
C2.3-O-WED-PM1-2
2513
B2.2-O-TUE-PM1-6
1630
B2.3-P-WED-P2
1762
A2.1-O-THU-AM1-4
1374
B1.2-H-MON-PM2-2
1180
D3.1-P-TUE-P1
2348
F3.1-O-THU-AM2-3
1250
F3.2-H-TUE-PM1-1
2366
D1.1-O-TUE-PM1-2
2198
D1.3-P-TUE-P1
1566
C2.3-O-WED-AM2-3
2100
C2.3-I/K-WED-AM2-1
1281
C1.1-I/K-MON-PM2-1
1785
C1.1-O-TUE-PM1-3
1213
B2.3-O-WED-PM1-3
1950
B1.2-P-WED-P2
1859
B1.2-P-WED-P2
1535
B1.2-O-WED-PM1-5
1981
D1.2-I/K-WED-AM1-1
1292
D1.2-O-THU-AM1-4
1871
A1.3-H-TUE-AM1-2
2046
D1.1-H-WED-AM1-2
2202
F3.1-O-THU-AM2-2
1379
F3.1-O-THU-AM1-3
1900
E2.1-O-MON-PM1-4
1591
E1.1-O-TUE-PM1-2
1589
B1.2-O-WED-AM2-4
1451
C3.2-O-TUE-AM2-2
1965
A1.2-H-TUE-AM2-1
1871
A1.3-H-TUE-AM1-2
2455
C3.3-I/K-TUE-PM1-1
1475
D3.1-O-TUE-AM2-4
1709
D3.1-P-TUE-P1
1871
A1.3-H-TUE-AM1-2
1875
D1.2-I/K-WED-PM1-1
1910
C3.3-O-THU-AM1-3
2346
C4.1-O-MON-PM2-5
1475
D3.1-O-TUE-AM2-4
1709
D3.1-P-TUE-P1
1806
E4.1-P-WED-P2
1807
E4.1-P-WED-P2
1475
D3.1-O-TUE-AM2-4
1709
D3.1-P-TUE-P1
Author
TSUCHIYAMA, Toshihiro
Tsuchiyama, Toshihiro
Tsuji, Nobuhiro
Tsuji, Nobuhiro
Tsuji, Nobuhiro
Tsuzaki, Kaneaki
Tsuzaki, Kaneaki
Tsuzaki, Kaneaki
Tsuzaki, Kaneaki
Tsuzaki, Kaneaki
Tsuzaki, Kaneaki
Tucci, Michelle
Tudela, Ignacio
Tulyaganov, Dilshat
Tuomisto, Filip
Turchanin, Mikhail
Turchi, Patrice
Turlo, Vladyslav
Turner, Stuart
Twiste, F.
Uchiyama, Hiroaki
Uehata, Nao
Uemori, Ryuji
Ueno, Akira
Ugues, Daniele
Ugues, Daniele
Uhl, Tadeusz
Uhl, Tadeusz
Ukai, Shigeharu
Ullrich, Christiane
Ulyanov, Maxim
Ulyanov, Maxim
Ulyanov, Maxim
Ulyanova, Tatyana
Unterweger, Harald
Ura - Binczyk, Ewa
Urai, Takuya
Urbanovich, Vladimir
Urbanovich, Vladimir
Ureña, Alejandro
Ushioda, Kohsaku
Uziel, Asaf
Vahidyeganeh, Ali
Vail, Jennifer
Valade, Jean-Paul
Valade, Jean-Paul
Valenza, Fabrizio
Valenza, Fabrizio
Valiev, Ruslan
Valiev, Ruslan
Valle, Massimiliano
Valles, Pilar
Valles González, Pilar
Valls, Isaac
van Aken, Peter A.
van Aken, Peter A.
Van Blaaderen, Alfons
Van de Moortèle, Bertrand
van den Aker, Karel
van der Sluis, Olaf
van der Waal, Jan C.
van der Zwaag, Sybrand
van der Zwaag, Sybrand
Van Dijck, Jeroen
van Hest, Jan
van Huis, Marijn
Van Nuffel, Robin
Van Speybroeck, Veronique
Van Speybroeck, Veronique
Van Tendeloo, Gustaaf
Van Tendeloo, Gustaaf
Vandembroucq, Damien
Vandembroucq, Damien
Vandenbrande, Steven
Vandenbrande, Steven
Vandeperre, Luc
Vandeperre, Luc
Vanduyfhuys, Louis
Vanduyfhuys, Louis
141
Index
1871
A1.3-H-TUE-AM1-2
1937
D1.2-H-WED-AM2-4
2092
D1.2-O-WED-AM2-2
2256
C1.1-O-TUE-AM1-2
2267
C3.1-O-TUE-AM1-4
2445
D3.2-O-THU-AM1-6
2626
D3.2-P-TUE-P1
1792
E4.1-O-WED-AM2-4
1468
F1.1-H-MON-PM2-1
2082
C3.3-O-TUE-PM1-4
2297
C2.3-P-WED-P2
2043
B1.3-P-TUE-P1
1213
B2.3-O-WED-PM1-3
1939
C3.2-I/K-TUE-AM1-1
1603
E4.1-P-WED-P2
1572
E4.1-O-WED-AM1-3
1600
C3.3-P-WED-P2
1177
F1.1-P-TUE-P1
2253
A1.2-I/K-MON-PM2-1
2265
F2.1-O-WED-PM1-2
1260
B3.2-O-WED-PM1-2
2117
C4.1-O-TUE-AM2-3
2217
D2.3-P-WED-P2
1329
D2.1-O-TUE-AM2-5
1959
E4.1-O-WED-AM2-5
2229
B1.1-O-WED-PM1-3
1475
D3.1-O-TUE-AM2-4
1709
D3.1-P-TUE-P1
2223
D3.1-O-MON-PM2-2
2526
C4.2-O-WED-PM1-4
1599
D1.3-O-TUE-AM1-2
2427
A1.3-O-MON-PM2-4
1473
F1.1-O-TUE-AM2-3
1421
C3.3-P-WED-P2
1760
F3.1-P-WED-P2
2574
A1.3-P-TUE-P1
2129
A2.1-P-WED-P2
2221
C2.1-P-TUE-P1
2480
B1.2-P-WED-P2
1653
E1.1-P-TUE-P1
2056
B1.1-P-WED-P2
1213
B2.3-O-WED-PM1-3
2238
A1.1-O-WED-AM2-3
1263
A2.1-O-TUE-AM2-3
1601
A1.2-O-TUE-AM1-2
2165
B2.2-O-TUE-AM2-5
1973
E1.1-P-TUE-P1
1881
C3.3-O-THU-AM1-4
1561
E4.1-O-WED-PM1-3
2448
C3.3-P-WED-P2
2337
F3.2-O-TUE-AM1-5
1630
B2.3-P-WED-P2
2366
D1.1-O-TUE-PM1-2
1624
C3.3-P-WED-P2
2513
B2.2-O-TUE-PM1-6
1632
B1.2-P-WED-P2
2145
C4.2-O-THU-AM1-4
2358
C4.2-O-WED-PM1-1
2362
C4.2-O-THU-AM2-1
1472
D3.1-P-TUE-P1
1223
B3.1-O-TUE-AM1-6
2417
A1.3-O-TUE-AM2-4
2584
D2.1-H-MON-PM2-1
2301
F1.1-I/K-MON-PM1-1
1984
D3.1-O-TUE-AM1-2
1540
C4.3-O-TUE-AM1-6
1230
C4.3-O-MON-PM1-5
1379
F3.1-O-THU-AM1-3
2310
C3.2-O-TUE-AM1-3
2337
F3.2-O-TUE-AM1-5
2235
F3.1-H-WED-AM2-4
2078
F2.1-O-WED-PM1-4
2398
C3.3-P-WED-P2
2610
B3.2-P-WED-P2
1523
C2.1-O-MON-PM2-2
2022
B3.1-O-TUE-PM1-2
1243
C4.1-P-TUE-P1
1378
B1.3-H-WED-AM1-1
1715
A1.3-P-TUE-P1
142
Author
Vanmaekelbergh, Daniel
Varela, M.
Varela, María
Varga, Péter
Varlamova, Olga
Varnik, Fathollah
Varnik, Fathollah
Varona Caballero, Arcadio
Vasilescu, Cora
Vasilis, Binas
Vaskó, Gergely
Vasquez, Dreidy
Vavassori, Paolo
Vayssieres, Lionel
Vekinis, George
Vekinis, George
Vekinis, George
Velazquez, Rodrigo
Velev, Orlin
Velot, Emilie
Verbickas, Rolandas
Verezhak, Mariana
Vergani, Laura
Verheyden, Suzanne
Vermaut, Philippe
Vermaut, Philippe
Verstraelen, Toon
Verstraelen, Toon
Verstraelen, Toon
Viana, Filomena
Viani, Alberto
Viau, Guillaume
Vicent, Mónica
Vicent, Mónica
Vicente, Lorenzo
Vickers, Mary
Vieira, M. T.
Vieira, Manuel
Vieira, Maria Teresa
Vigil, Osvaldo
Vignal, Vincent
Vila, Brais
Vilatela, Juan
Vilatela, Juan
Vilela Garcia, Diana
Vincent, Stéphane
Virtsionis, Konstantinos
Vishnyakov, Vlad
Vishnyakov, Vlad
Vishnyakov, Vladimir
Vitale, Nicoletta
Vitiaz, Petr
Vitoux, Hugo
Vlaicu, Aurel-Mihai
Vlajic, Milan
Vodárek, Vlastimil
Vogel, Christian
Vogel, Christian
Vogel, Christian
Vogiatzis, Georgios
Voigt, Axel
Voisin, Paul
Volkert, Cynthia
von Boxberg, Ysander
von Rudorff, Guido Falk
von Seggern, Falk
von Seggern, Heinz
Voncken, Ruud
Vourlias, Georgios
Vozzi, Federico
Vrana, Nihal Engin
Vrana, Nihal Engin
Wach, Piotr
Wachowicz, Joanna
Wachowski, Marcin
Wachowski, Sebastian
Wachowski, Sebastian
Wada, Takeshi
Wagermaier, Wolfgang
1509
A2.1-H-WED-AM1-1
1736
A1.3-P-TUE-P1
1814
C1.1-P-WED-P2
1989
C1.1-O-WED-AM1-4
1223
B3.1-O-TUE-AM1-6
1814
C1.1-P-WED-P2
1776
C1.1-H-MON-PM1-2
2575
F2.1-P-WED-P2
1871
A1.3-H-TUE-AM1-2
1261
D3.3-O-TUE-PM1-4
2574
A1.3-P-TUE-P1
1927
E1.1-O-TUE-AM1-2
2184
D2.2-H-THU-AM1-4
1634
D1.3-H-TUE-AM1-1
2418
C2.2-O-WED-AM1-3
2464
B2.1-H-TUE-AM1-1
1721
C4.2-P-WED-P2
1709
D3.1-P-TUE-P1
1475
D3.1-O-TUE-AM2-4
2091
E1.1-O-MON-PM1-5
1802
C3.3-O-TUE-AM1-1
2259
B1.2-O-TUE-AM2-6
1582
A2.1-O-WED-AM1-3
2170
A1.2-O-MON-PM2-3
1643
E1.1-O-TUE-AM1-4
1597
E1.1-H-TUE-AM1-1
1593
C2.3-O-WED-PM1-1
1639
D1.1-O-TUE-PM1-3
2562
F3.2-P-TUE-P1
1182
E3.1-O-WED-AM1-2
1223
B3.1-O-TUE-AM1-6
2355
D1.1-P-WED-P2
1559
E1.1-P-TUE-P1
1582
A2.1-O-WED-AM1-3
1580
D3.1-P-TUE-P1
1375
C3.3-O-WED-AM1-2
2255
C2.3-O-WED-AM2-4
1813
C3.2-O-MON-PM1-3
1627
C4.3-O-MON-PM2-5
2170
A1.2-O-MON-PM2-3
1715
A1.3-P-TUE-P1
1736
A1.3-P-TUE-P1
1375
C3.3-O-WED-AM1-2
1604
B3.1-H-TUE-AM2-1
1878
B3.2-P-WED-P2
2527
D2.1-O-TUE-AM1-3
1721
C4.2-P-WED-P2
2347
A1.1-O-WED-AM1-3
2169
A1.1-P-WED-P2
2550
B1.1-P-WED-P2
2340
C3.3-O-WED-AM2-4
2259
B1.2-O-TUE-AM2-6
1634
D1.3-H-TUE-AM1-1
1443
A1.2-H-MON-PM2-2
1511
C2.1-O-MON-PM2-1
1512
C4.1-P-TUE-P1
1979
B3.2-P-WED-P2
2148
E3.1-P-WED-P2
1442
B3.2-P-WED-P2
1387
F1.1-P-TUE-P1
1783
C1.1-H-WED-AM2-3
1790
C1.1-O-WED-AM2-5
1190
B1.1-I/K-TUE-AM1-1
1311
D3.2-O-WED-PM1-3
1612
C1.1-H-TUE-AM1-1
1643
E1.1-O-TUE-AM1-4
2025
C2.1-O-MON-PM2-4
1824
B1.1-H-WED-PM1-2
2260
E1.1-P-TUE-P1
1634
D1.3-H-TUE-AM1-1
1278
A1.2-H-TUE-AM1-1
1857
A2.1-H-THU-AM1-1
1913
B1.1-O-TUE-AM2-5
1871
A1.3-H-TUE-AM1-2
1770
C4.3-O-TUE-AM1-5
2535
C4.3-H-TUE-AM1-1
2153
D1.1-P-WED-P2
2151
D1.1-O-TUE-AM2-3
1530
B2.2-P-TUE-P1
Author
Wagner, Martin
Wagner, Martin F.-X.
Wagner, Sarah
Wagner, Swetlana
Waitz, Thomas
Wajda, Aleksandra
Wang, Da
Wang, Haifeng
Wang, Haiyan
Wang, Jia
Wang, Meimei
Wang, Min
Wang, S.
Wang, Xifan
Ward, R. Mark
Waroquier, Michel
Waroquier, Michel
Warren, Alexander
Wasekar, Nitin
Wasiluk, Kamil
Wasiluk, Mateusz
Waske, Anja
Watson, Trystan
Watson, Trystan
Weber, Ludger
Weber, Remi
Wei, Chong
Weihs, Tim
Weissenborn, Oliver
Weitkamp, Timm
Wejrzanowski, Tomasz
Weller, Stephanie
Weltsch, Zoltán
Weng, Wenjian
Wenzel, Wolfgang
Werner, David
Werner, Peter
Werner, Peter
Westphalen, Jasper
Wetzig, Andreas
Węglewski, Witold
Wheeler, Jeffrey
White, Jan
Whiter, Richard
Whiter, Richard
Wiecheć, Justyna
Wieciński, Piotr
Wieczorek, Andrzej
Wieland, D.C. Florian
Wiersma, Diederik
Wierzbicka-Miernik, Anna
Wierzbicka-Miernik, Anna
Wierzbicki, Łukasz
Wierzbicki, Łukasz J.
Wierzbicki, Łukasz J.
Wierzchoń, Tadeusz
Wiessner, Lennart
Wiessner, Lennart
Wiessner, M.
Wilde, Gerhard
Wilde, Gerhard
Williams, Dan
Williams, Stewart
Williams, Stewart
Wills, Richard
Willumeit-Römer, Regine
Wilson, Daniela
Wilson, Neil
Wilson, Pablo
Winckelmans, Naomi
Winterer, Markus
Winterer, Markus
Wirjadi, Oliver
Wirjadi, Oliver
Wisniewski, Pawel
1608
B2.2-P-TUE-P1
1693
B2.2-P-TUE-P1
1679
F1.1-P-TUE-P1
1429
D2.1-P-TUE-P1
1392
D1.1-I/K-TUE-PM1-1
1387
F1.1-P-TUE-P1
2552
A2.1-O-WED-AM1-6
2366
D1.1-O-TUE-PM1-2
1597
E1.1-H-TUE-AM1-1
1344
B3.2-O-WED-PM1-6
2280
C3.2-H-TUE-AM2-4
1713
C4.1-H-TUE-AM1-1
1512
C4.1-P-TUE-P1
1511
C2.1-O-MON-PM2-1
1513
C2.3-O-WED-PM1-6
1718
C2.3-O-WED-AM2-5
1379
F3.1-O-THU-AM1-3
1666
F3.2-P-TUE-P1
2120
F3.2-P-TUE-P1
2078
F2.1-O-WED-PM1-4
1972
A2.1-O-THU-AM1-2
1947
A2.1-P-WED-P2
1994
A2.1-P-WED-P2
1310
B2.1-O-MON-PM2-4
1611
B2.2-I/K-WED-AM1-1
1877
A1.3-O-TUE-AM2-3
2219
F1.1-O-MON-PM1-2
1597
E1.1-H-TUE-AM1-1
1643
E1.1-O-TUE-AM1-4
1489
F2.1-O-THU-AM2-2
1638
F2.1-O-THU-AM2-3
1658
D3.3-P-TUE-P1
2313
A2.1-P-WED-P2
1234
D3.1-O-MON-PM1-3
1515
D3.1-O-MON-PM1-5
1723
B1.1-P-WED-P2
1960
A1.3-O-TUE-AM2-2
1197
B1.3-P-TUE-P1
1612
C1.1-H-TUE-AM1-1
1688
E1.1-P-TUE-P1
1342
B2.1-O-MON-PM2-5
1972
A2.1-O-THU-AM1-2
2343
A2.1-O-THU-AM1-5
2010
A2.1-H-TUE-AM1-5
1793
C4.2-O-WED-PM1-5
1808
C4.2-P-WED-P2
1290
B2.1-O-TUE-AM1-2
1603
E4.1-P-WED-P2
1600
C3.3-P-WED-P2
1572
E4.1-O-WED-AM1-3
2273
C2.1-P-TUE-P1
1513
C2.3-O-WED-PM1-6
2444
B2.3-H-THU-AM1-1
2316
D1.3-O-MON-PM2-5
1284
C3.3-O-THU-AM2-1
1882
E1.1-H-MON-PM2-2
1879
E1.1-P-TUE-P1
1653
E1.1-P-TUE-P1
1589
B1.2-O-WED-AM2-4
1591
E1.1-O-TUE-PM1-2
1208
B1.2-I/K-WED-AM1-1
1428
D2.3-O-WED-AM1-2
1458
D2.3-P-WED-P2
1463
D2.3-H-WED-AM1-1
2449
B2.2-P-TUE-P1
1238
D2.3-O-WED-AM1-4
1549
D2.3-P-WED-P2
1441
D2.3-P-WED-P2
1393
C1.1-O-TUE-AM2-5
1401
B1.3-O-TUE-AM1-3
2071
F3.2-O-TUE-AM2-4
1679
F1.1-P-TUE-P1
1506
C1.1-O-WED-AM1-5
2209
B1.1-H-WED-AM2-6
2565
C4.2-O-WED-PM1-2
1639
D1.1-O-TUE-PM1-3
1982
D1.1-O-WED-AM2-5
1753
D2.1-O-MON-PM1-3
1672
B1.3-O-MON-PM1-3
Author
Wisniewski, Pawel
Wisniewski, Pawel
Witecka, Agnieszka
Withers, Philip
Withers, Philip J.
Witkowska, Justyna
Wnuk, Anna
Woelffel, William
Wojciechowski, Konrad
Wojciechowski, Tomasz
Wojcik, Pawel
Wojcik, Tomasz
Wojewoda-Budka, Joanna
Wojnowski, Jacek
Wojnowski, Jacek
Wojnowski, Jacek
Wolfova, Lucie
Wolos, Agnieszka
Won, Jong Chan
Won, Jong Chan
Wong Chi Man, Michel
Wood, David
Worsley, David
Worsley, David
Wozniak, Michal
Wozniak, Michal
Woźniak, Tadeusz
Wójcik, Anna
Wróbel, Jan
Wróbel, Jan
Wu, Hao
Wu, Jeslin
Wunderlich, Rainer
Würschum, Roland
Würschum, Roland
Wynn, Melanie
Wysmolek, Andrzej
Wysmołek, Andrzej
Wysmołek, Andrzej
Wysocki, Bartłomiej
Wysocki, Bartłomiej
Wyszomirska, Monika
Xanthopoulou, Galina
Xi, Lixia
Xi, Lixia
Xia, Yongde
Xiao, Juan
Xiao, Ping
Xie, Haibing
Xie, Haibing
Xie, Haibing
Xu, Wei
Xu, Wei
Yabuuchi, Kiyohiro
Yagodzinskyy, Yuriy
Yagodzinskyy, Yuriy
Yagodzinskyy, Yuriyy
Yagüe-Alcaraz, Vicente
Yamabe, Junichiro
Yamabe, Junichiro
Yamabe, Junichiro
Yamabe-Mitarai, Yoko
Yamada, Rui
Yamamoto, Akiko
Yamamoto, Akiko
Yang, Bo
Yang, Huajie
Yang, Jenn-Ming
Yang, Jing
Yang, Qifeng
Yang, Yang
Yao, Yao
Index
2348
F3.1-O-THU-AM2-3
2345
C1.1-P-WED-P2
2450
D2.2-P-WED-P2
2444
B2.3-H-THU-AM1-1
1254
B1.2-P-WED-P2
2524
B1.2-O-TUE-PM1-1
1668
A1.1-P-WED-P2
1657
A1.1-O-TUE-AM2-4
1946
C3.3-P-WED-P2
1944
C3.3-P-WED-P2
1962
C3.3-P-WED-P2
1964
C3.3-P-WED-P2
1175
D2.1-P-TUE-P1
2364
D2.2-O-THU-AM1-3
1657
A1.1-O-TUE-AM2-4
2219
F1.1-O-MON-PM1-2
1563
B1.2-O-MON-PM2-4
1994
A2.1-P-WED-P2
1852
B2.2-H-TUE-AM2-3
1441
D2.3-P-WED-P2
1374
B1.2-H-MON-PM2-2
1370
D2.1-O-TUE-PM1-5
2439
A2.1-P-WED-P2
2430
A2.1-I/K-TUE-PM1-1
2438
A2.1-O-TUE-PM1-2
2395
E2.1-H-TUE-AM1-1
2093
D3.2-H-THU-AM1-4
1919
E4.1-O-WED-PM1-6
2263
A1.3-O-TUE-AM2-5
2046
D1.1-H-WED-AM1-2
1378
B1.3-H-WED-AM1-1
2025
C2.1-O-MON-PM2-4
2335
C3.2-P-TUE-P1
1631
D2.2-H-THU-AM2-4
1842
D2.1-O-TUE-AM1-5
1568
C3.3-P-WED-P2
2022
B3.1-O-TUE-PM1-2
2215
B3.2-O-WED-AM1-5
2222
C3.2-O-MON-PM1-1
1740
F2.1-P-WED-P2
1744
F2.1-P-WED-P2
1731
D2.1-H-TUE-AM2-2
1352
B1.3-O-TUE-AM1-4
1871
A1.3-H-TUE-AM1-2
1875
D1.2-I/K-WED-PM1-1
1314
E1.1-O-MON-PM2-5
1634
D1.3-H-TUE-AM1-1
2447
C3.3-I/K-MON-PM2-1
2572
E2.1-P-TUE-P1
1681
B2.2-P-TUE-P1
2232
D1.1-P-WED-P2
2326
B1.1-O-TUE-PM1-2
1547
C3.3-O-WED-AM1-4
1904
A2.1-O-TUE-AM1-2
2002
A2.1-P-WED-P2
2200
A2.1-O-TUE-AM2-5
2200
A2.1-O-TUE-AM2-5
2187
B3.2-P-WED-P2
1808
C4.2-P-WED-P2
1422
D1.1-P-WED-P2
1478
D2.1-P-TUE-P1
1569
C3.3-O-WED-AM2-2
2568
C1.1-H-TUE-AM2-2
1990
C1.1-P-WED-P2
1443
A1.2-H-MON-PM2-2
1932
F3.1-O-THU-AM2-5
2318
D2.3-O-WED-PM1-3
1673
A1.2-O-TUE-AM2-5
1674
B3.1-O-TUE-PM1-1
1942
B1.2-O-MON-PM2-3
1943
C1.1-O-WED-PM1-1
2495
A1.2-O-TUE-AM2-3
2228
D2.1-O-TUE-AM1-4
1675
B1.3-O-MON-PM1-5
1212
E1.1-O-TUE-AM2-2
1812
D3.2-O-WED-AM2-5
1288
C1.1-O-MON-PM2-2
1710
A1.2-I/K-MON-PM1-1
1675
B1.3-O-MON-PM1-5
Author
Yapici, Guney
Yapici, Guney
Yardley, Victoria A.
Yazdani, Bahareh
Yazdani, Sasan
Yazdani, Sasan
Yeo, Boon Siang
Yeo, Darwin
Yeo, Kook-Hyun
Yeo, Kook-Hyun
Yeo, Kuk-Hyun
Yeo, Kuk-Hyun
Yeom, Jong-Taek
Yi, Sangbong
Yilmaz, Pelin
Yin, Jie
Yoo, Jang Yong
Yoon, Hyun Woo
Yoshida, Hidehiro
Yoshikawa, Michio
Yoshimura, Nobuyuki
Yot, Pascal
Young, Robert
Young, Robert
Young, Robert
Youngblood, Jeffrey P.
Younsi, Amina
Yu, Wenbo
Yu, Yixuan
Yuan, Hui
Yubuta, Kunio
Yudodibroto, Bagus
Zachopoulos, Apostolos
Zaefferer, Stefan
Zagar, Goran
Zagorska, Malgorzata
Zagórski, Krzysztof
Zainal-Abidin, Alfaferi
Zalewska, Milena
Zalewska-Wierzbicka, Katarzyna
Zalewska-Wierzbicka, Katarzyna
Zambaldi, Claudio
Zamoryanskaya, Maria
Zanaga, Daniele
Zanaga, Daniele
Zander, Stefan
Zander, Thomas
Zanella, Caterina
Zarębski, Jerzy
Zarzycka-Dziedzic, Dorota
Zaslansky, Paul
Zaslansky, Paul
Zawadzka, Paulina
Zawadzki, Piotr
Zawadzki, Piotr
Zbydniewska, Ewa
Zdrojek, Mariusz
Zdrojek, Mariusz
Zdunek, Joanna
Zdunek, Joanna
Zdunek, Joanna
Zdunek, Joanna
Zehetbauer, Michael
Zehetbauer, Michael
Zeng, Hao
Zervaki, Anna
Zervaki, Anna
Zglobicka, Izabela
Zglobicka, Izabela
Zhang, F. C.
Zhang, F.C.
Zhang, Fenghua
Zhang, Guang-Ping
Zhang, Huiyan
Zhang, Junxian
Zhang, Lijun
Zhang, Nian Xian
Zhang, Qiming
Zhang, Tao
2021
C4.1-O-TUE-AM1-3
1260
B3.2-O-WED-PM1-2
2197
C1.1-O-TUE-AM1-3
2195
D1.1-O-TUE-AM2-5
2042
D3.1-O-TUE-PM1-1
1188
B1.2-O-TUE-PM1-3
2042
D3.1-O-TUE-PM1-1
1431
A1.2-H-MON-PM1-4
2514
E1.1-O-TUE-PM1-4
1887
C2.2-O-TUE-PM1-6
1911
C3.2-O-MON-PM1-5
1291
C1.1-O-MON-PM2-5
2513
B2.2-O-TUE-PM1-6
1292
D1.2-O-THU-AM1-4
1812
D3.2-O-WED-AM2-5
1887
C2.2-O-TUE-PM1-6
1687
C3.3-O-WED-AM2-3
2444
B2.3-H-THU-AM1-1
2098
B1.1-P-WED-P2
2079
C1.1-P-WED-P2
2551
A1.3-P-TUE-P1
2272
E1.1-O-TUE-AM1-3
1718
C2.3-O-WED-AM2-5
2121
D3.1-P-TUE-P1
2031
C4.1-O-MON-PM1-3
1505
E3.1-P-WED-P2
1376
C1.1-O-MON-PM1-4
1696
C4.2-P-WED-P2
1698
C4.2-P-WED-P2
1396
D3.1-O-TUE-PM1-2
1714
C3.1-I/K-MON-PM2-1
2555
B2.2-H-WED-AM1-3
1736
A1.3-P-TUE-P1
2232
D1.1-P-WED-P2
1715
A1.3-P-TUE-P1
1977
B3.1-O-TUE-AM1-3
2527
D2.1-O-TUE-AM1-3
1993
B3.2-P-WED-P2
2490
C3.3-O-TUE-PM1-2
2472
B1.3-P-TUE-P1
2010
A2.1-H-TUE-AM1-5
1393
C1.1-O-TUE-AM2-5
Author
Zhang, Yang
Zhang, Yi
Zhang, Zaoli
Zhang, Zaoli
Zhang, Zhiliang
Zhao, Jing
Zhao, Kai
Zhao, Xuanhe
Zheng, Hongxing
Zheng, Zhi
Zheng, Zhiqiang
Zhilyaev, Alexander
Zhou, Ch.
Zhou, Dan
Zhou, Jingjing
Zhou, Y. Norman
Zhu, Jianqiang
Zhu, Yanqiu
Ziaja, Waldemar
Ziaja, Waldemar
Ziąbka, Magdalena
Zieba, Pawel
Zieba, Pawel
Ziegler, Martin
Zienert, Tilo
Zietara, Maciej
Zięba, Paweł
Ziętala, Michał
Ziętala, Michał
Ziogos, Orestis George
Zisis, Grigoris
Zocca, Andrea
Zolotoyabko, Emil
Zolotoyabko, Emil
Zolotoyabko, Emil
Zorzetto, Laura
Zou, Yu
Zybała, Rafał
Żakiewicz, Piotr
Żelechower, Michał
Żytkiewicz, Zbigniew R.
Żywicki, Paweł
143
144
145
146
Exhibitors
&
Sponsors
Exhibitors & Sponsors
Exhibition
22-23 September
Main Hall
6
5
coffee
breaks
11
7
10
4
3
8
9
12
17
13
16
coffee
breaks
18
19
20
14 15
2
21
22
1
Exhibition
Secretariat
148
STAND 1 – FEMS
STAND 12/17 – ITA, Sp. z o.o Sp. k./Helmut Fisher GmbH
STAND 2 – COMEF
STAND 13 – Research in Germany – Land of Ideas
STAND 3 – Irtech
STAND 14 – NETZSCH-Gerätebau GmbH
STAND 4 – Granta Design
STAND 15 – DUCOM Instruments
STAND 5 – WILEY PUBLISHING
STAND 16 – NT-MDT House
STAND 6 – ICE PUBLISHING
STAND 18 – Advanced Graphene Products
STAND 7 – LOT-QuantumDesign GmbH
STAND 19 – Schaefer Technologie GmbH
STAND 8 – MANEY PUBLISHING
STAND 20 – LABRO Technologie
STAND 9 – FEI, VISUALIZATION SCIENCES GROUP
STAND 21 – Hysitron
STAND 10 – Spectro-Lab
STAND 22 – CARL ZEISS
STAND 11 – Thermo-Calc Software
STAND 1
FFederation of European Materials
Societies (FEMS)
FEMS SECRETARIAT
Dr Hugh M. Dunlop
c/o Constellium CRV
CS 10027
38341 Voreppe Cedex (France)
Phone: +33 (0)476578319
hugh.dunlop@constellium.com
www.fems.org
Networking for European Materials Scientists and Engineers
FEMS is an association of 28 European Materials Societies in 23 different countries. The total
number of materials scientists and engineers represented by the FEMS member societies is
approximately 25,000.
The most important aim of FEMS is to overcome the fragmentation of the materials science
and engineering discipline in Europe by strengthening interactions between the different
European Materials Societies. As a founder member of the European Materials Forum, FEMS
works closely with the European Parliament and Commission for safeguarding future funding
for materials research and to guarantee a platform for knowledge exchange. FEMS also
contributes to developing links and collaboration between RTO’s and industry.
The Federation is well known for its series of EUROMAT conferences. These are held
biennially and have grown significantly in size since that first held in Aachen in 1989 with 800 delegates to
EUROMAT 2011 in Montpellier, attended by over 2150 delegates. They provide
a unique networking opportunity for workers in the materials field.
On alternate years, FEMS also organises Junior EUROMAT, the major event for young materials
scientists. This dedicated poster conference takes place in Lausanne, attracting more than 300
young people.
Eight years ago FEMS introduced an annual FEMS Presidents’ Day, giving senior
representatives of its member societies the forum to exchange views on important topics and
to provide feedback to the Federation.
FEMS Awards – Every two years FEMS recognizes excellence in MSE with the prestigious European
Materials Gold Medal, the Materials Science and Technology Prize, and the
Materials Innovation Medal. It also gives visibility to outstanding young researchers every two
years with the FEMS Lecturer Awards.
STAND 3
STAND 2
The COMEF company is a leading provider of research equipment in Poland. The COMEF company
systematically acquires new customers and enter on a new markets. The company has a stable team of
staff members whose qualifications are systematically raised through training and courses.
COMEF
Gdańska 2
40-719 Katowice
Poland
322034149
comef@comef.com.pl
www.comef.com.pl
IRtech
Wyżynna 8H
30-617 Kraków
Polska
+48 12 267 37 74
info@irtech.pl
www.irtech.pl
IRtech company provides wide range of analytical equipment. Devices that we offer use lots of different
technical methods such as: X-ray diffractometry, X-ray fluorescence, FT-IR spectroscopy, Raman spectroscopy, GC-TMS and many others.
We deliver advanced devices for material characterization and nanomaterial studies. Our XRD diffractometers vary from Benchtop to highly advanced measurement devices. They are used for routine material
measurement and control od for R&D measurements.
Our SAXS/WAXS systems deliver solutions for material science, biological studies and many more.
We kindly invite you to our booth for presentation and discussion.
149
STAND 7
STAND 6
STAND 5
STAND 4
150
Granta Design
300 Rustat House, 62 Clifton Road
Cambridge, CB1 7EG
United Kingdom
+44 (0)1223 518895
info@grantadesign.com
www.grantadesign.com
WILEY PUBLISHING
www.wiley.com
Ice Publishing
One Great George Street
London SW1P 3AA
United Kingdom
2076652249
sarah.brown@icepublishing.com
www.icevirtuallibrary.com/science
LOT-QuantumDesign GmbH
Im Tiefen See 58
64293 Darmstadt
Germany
0049-6151-8806-0
info@lot-qd.com
www.lot-qd.com
A spin-out from the University of Cambridge, Granta helps hundreds of engineering enterprises to manage
information on the materials (metals, plastics, composites, and more) that are essential to their businesses.
We help them to develop and apply material intelligence, making better materials decisions, saving time
and money, and reducing risk as they optimize their products. We also provide supporting resources to
thousands of university educators worldwide as they teach the next generation of engineers, scientists, and
industrial designers about materials, processes, and sustainability. Visit booth number 4 to find out more.
Wiley’s Global Research business is a provider of content-enabled solutions to improve outcomes in
research, education and professional practice with online tools, journals, books, databases, reference works
and laboratory protocols. With strengths in every major academic, scientific and professional field, and strong
brands including Wiley Blackwell and Wiley VCH, Wiley proudly partners with over 800 prestigious societies
representing two million members. Through Wiley Online Library, we provide online access to a broad range
of content: over 4 million articles from 1,500 journals, 9,000+ books, and many reference works and
databases.
ICE Science is the innovative new multi-disciplinary materials science series from ICE Publishing, the publishing division of the Institution of Civil Engineers, who have been uniting research and practice in science
and technology since being granted a Royal Charter in 1828.
Launched in 2012, the ICE Science collection comprises 5 titles, with new journals appearing annually:
Bioinspired, Biomimetic and Nanobiomaterials; Emerging Materials Research; Green Mateirals; Nanomaterials and Energy; and Surface Innovations.
For further information, please visit our newly upgraded website www.icevirtuallibrary.com/science
On site Contact: Sarah Brown, Assistant Journals Manager, sarah.brown@icepublishing.com
LOT-QuantumDesign group is a leading European distributor of high-quality scientific instruments
and components supplying academic and industrial scientific research customers. The group offers components and systems used in material sciences, imaging, spectroscopy, photonics, nanotechnology and life science research. The group was founded almost 45 years ago and now
employs more than highly-qualified 140 staff across Europe. The headquarters are in Darmstadt,
Germany, further offices are located in Paris, London, Rom und Lausanne. Together with the parent company Quantum Design International Inc. and sister companies in North America, Asia and South
America LOT-QuantumDesign offers the only global distribution network for high-tech instruments.
Visit our new homepage: www.lot-qd.com
STAND 8
MANEY PUBLISHING
Suite 1C, Joseph’s Well, Hanover Walk
Leeds, LS3 1AB (UK)
Phone: +44 1132432800
maney@maneypublishing.com
www.maneypublishing.com/materials
STAND 9
FEI
3, Impasse Rudolf Diesel, Bât A - BP 50227
33708 Mérignac Cedex
FRANCE
+33 (0) 556 13 37 77
vsginfo@fei.com
www.Avizo3D.com
STAND 10
Spectro-Lab
ul. Warszawska 100/102
05-092 Łomianki
Polska
+48 22 675 25 67
info@spectro-lab.pl
http://spectro-lab.pl/
STAND 11
Thermo-Calc Software
Norra Stationsgatan 93
11364 Stockholm
Sweden
+46 8 545 959 30
info@thermocalc.com
www.thermocalc.com
Maney Publishing focuses on the publication and international dissemination of high quality, peer-reviewed
scientific research. We deliver a personalized service to authors, societies, readers and libraries.
Maney publish an impressive collection of highly regarded, peerreviewed journals covering both niche and
general topics in materials science, engineering and healthcare. Coverage ranges from fundamental research
to new materials for electronics, energy and biomedicine and extends from fabrication, processing and
characterisation of materials to properties and performance.
Specializing in print and electronic journal publishing, Maney is committed to technical and editorial innovation combined with traditional values of quality and collaboration.
FEI is the leading provider of Avizo® 3D software, which delivers a comprehensive array of tools dedicated
to materials analysis.
Avizo software is the advanced 3D visualization and analysis software application for exploring and understanding materials structures and properties, in a wide range of materials science research areas and for
many types of materials (porous media, metals and alloys, fibrous materials, composites, …).
From straightforward visualization and measurement to advanced image processing, quantification, analysis
and reporting, Avizo provides a comprehensive, multimodality digital lab for advanced 2D and 3D materials
characterization.
Learn more at Avizo3D.com
Firma Spectro-Lab, (rok zał. 1981), jest wyłącznym przedstawicielem i importerem światowych producentów z branży laboratoryjnej oraz testowej, będących liderami w poszczególnych segmentach rynkowych.
Oferujemy aparaturę oraz sprzęt: analityczny, laboratoryjny, badawczy i testowy.
Zakres proponowanej oferty znajduje zastosowania w laboratoriach badawczo-naukowych i przemysłowych.
Prowadzimy szkolenia wsparcia technicznego oraz aplikacyjnego dla oferowanego sprzętu.
Zapewniamy profesjonalne doradztwo merytoryczne, jak również świadczymy pełen zakres usług serwisowych.
The company Thermo-Calc Software AB was founded in 1997 as an offspring from the department of
Materials Science and Engineering at KTH, Stockholm, Sweden. The mission of Thermo-Calc Software is
to develop and supply software, databases and services for technical calculations involving thermodynamics, diffusion and precipitation. Today, we have a proven track record from more than 1,000 sites used in
70+ countries by industry, government and academia for aerospace, automotive, energy, manufacturing,
primary metals and more.
The company is based in Sweden with a subsidiary in the U.S. Thermo-Calc Software has also a network
of local sales and marketing representatives worldwide.
151
STAND 12/17
ITA, sp. z o.o.
ul. Poznańska 104, Skórzewo
Poland
+48 61 222 58 00
info#ita-polska.com.pl
www.ita-polska.com.pl
STAND 13
HELMUT FISCHER GMBH
Industriestraße 21
71069 Sindelfingen-Maichingen, Germany
www.helmut-fischer.com
Research in Germany – Land of Ideas
German Academic Exchange Service (DAAD)
Warsaw Office ul. Czeska 24/2
03-902 Warsaw
Poland
+48 22 617 48 47
research-in-germany@daad.de
www.research-in-germany.org
STAND 14
NETZSCH-Gerätebau GmbH
152
Wittelsbacherstrasse 42
95100 Selb
Germany
(+49) 9287 881-0
Contact-NGB@Netzsch.com
www.netzsch.com
ITA is a Polish company which has been providing comprehensive metrology and tooling solutions for
over 16 years. Our offer includes state-of-the-art solutions provided by leading global manufacturers of
measuring equipment and cutting tools.The solutions provided by ITA ensure the highest accuracy of
measurements. Our measuring systems and cutting tools can be used for ensuring the quality of finished
products, off-line and on-line quality assurance during the producti rocess, conducting material tests and
manufacturing objects from a broad range of materials, including difficult-to-machine ones.
Since 1953, FISCHER has created and produced increasingly innovative, powerful and versatile technologies for measuring coating thickness and micro-hardness, as well as for material analysis and testing. Today,
FISCHER instruments are used all around the globe – wherever trueness, precision and reliability are essential.
The appropriate measurement methods are used for correct results yielding optimum precision. Whether
magnetic induction or eddy current, beta-backscatter, coulometric, micro hardness or x-ray fluorescence –
Fischer has the suitable technology.
FISCHER meets this challenge with its rigorous quality standards and commitment to develop and produce
the most technically advanced – yet easy to use – measurement systems and software on the market
“Research in Germany” is an international research marketing campaign, funded by the German Federal
Ministry of Education and Research (BMBF), which seeks to strengthen and expand R&D collaboration between Germany and international partners. The organisations involved in the campaign, e.g. the Alexander
von Humboldt Foundation, the German Academic Exchange Service (DAAD), the German Research Foundation (DFG), the Fraunhofer-Gesellschaft and the BMBF International Bureau, organise joint communication activities and events which present German innovation and research in key international markets.
NETZSCH is recognized world-wide as a technological leader in the thermal characterization of materials.
Our 50 years of applications experience, broad state-of-the-art product line – covering a temperature
range from -260°C to 2800°C – and comprehensive service offerings ensure that our solutions will
not only meet your every requirement but also exceed your every expectation.
STAND 19
STAND 18
STAND 16
STAND 15
DUCOM
Ducom makes test instruments for evaluation of all types of mechanical and tribological properties of materials. We are the leading supplier of tribometers to industry and academia for wear, friction and lubrication
studies for research and quality assessment.
Center for Innovation
Groningen, 9713GX
Netherlands
+31652381227
info@ducom.com
www.ducom.com
NT-MDT
NT-MDT House
Castletroy Limerick
Ireland
35361333222
info@ntmdt.ie
www.mtmdt.com
Advanced Graphene Products sp. z o.o.
Ul. Żeromskiego 19/1
65-066 Zielona Góra
Poland
+48506193078
office@agp-corp.com
www.advancedgrapheneproducts.com
Schaefer Technologie GmbH
Robert-Bosch-Str. 31
63225 Langen
Germany
+49-6103-300980
info@schaefer-tec.com
www.schaefer-tec.com
From cutting edge scientific research to routine surface investigations, NT-MDT has a unique and unrivalled
portfolio of scanning probe microscopes. Our application-focused instruments provide you with a full
range of capabilities in AFM-Raman, high-resolution, multi-frequency measurements, and AFM based
nanomechanics. As an innovator in SPM for over 20 years, NT-MDT has a specialized high-performance
solution for your research needs.
Advanced Graphene Products Sp. z o.o. is a nanotechnological endeavour founded in 2012. We are a
producer and supplier of the highest quality large-area graphene - HSMG™ - High Strength Metallurgical
Graphene™.
AGP is a spin-off company from the Lodz University of Technology. Thanks to our cooperation with the Institute of Materials Science and Engineering, we have developed an unique graphene production method growth on liquid metal.We have developed a very efficient, fully scalable and industrial production process.
Due to the innovative substrate we are manufacturing graphene sheets of unseen quality. Our graphene
has properties similar to the theoretical graphene.
The SCHAEFER group of companies supplies industrial and academic researchers in the field of nanotechnology and surface engineering with innovative surface metrology solutions.
We are offering a choice of optical 3D profilometers, using Confocal, Interference, or Digital Holography
techniques, stylus profilometers, as well as mechanical Micro-/Nano-Testing equipment.
A broad product range of scanning probe microscopes offers solutions for any purpose from systems
for academic education to semi-automated systems for industrial or research applications to dedicated
biomedical/life science AFMs.
153
STAND 22
STAND 21
STAND 20
154
LABRO Technologie Sp. z o.o. Sp. K
30-384, Kraków
Czerwone Maki 55 lok. 25
Tel.: +48 12 260 29 50
Fax.: +48 12 397 79 30
Email.: labro@labro.com.pl
Hysitron, Inc.
9625 West 76th Street
Minneapolis, MN 55344
United States
+1-952-835-6366
info@hysitron.com
www.hysitron.com
Carl ZEISS Sp. z o.o.
Naramowicka 76
61-622 Poznań
Poland
www.zeiss.com/microscopy/en_de/home.html
We provide components made of Advanced Technical Ceramics FRIALIT® DEGUSSIT® according to customer specifications, as well as a comprehensive standard programme. Dimensions ranging from just a few
millimetres to over 2 metres are fully mastered. Our products, made of: aluminium oxide (Al2O3), zirconium
oxide (ZrO2), silicon carbide (SiC), silicon nitride (Si3N4) are used predominantly in electrical engineering,
mechanical engineering, high temperature technology and surface finishing. We develop innovative solutions for the global market in dialogue with our customers.
Examples:
- high pressure and ultra high vacuum feedthroughs
- ion insulators
- high voltage, high current insulators
- crucibles, boats
- capillaries, plates, rods
- prototypes
As world leader in nanomechanical testing, Hysitron® is dedicated to the development of next-generation
investigation solutions for nanoscale materials characterization. Hysitron’s comprehensive nanomechanical
testing suite of in-situ techniques (including TEM/SEM compatible instruments, new xSol™ High Temperature system, nanoDMA®, and nanoECR®) and modular instrument platform design will keep you at the
forefront of technology. Stop by our booth to learn about our exciting new developments and for in-depth
discussions with our application specialist about our latest nanomechanical testing solutions.
ZEISS is an internationally leading technology enterprise operating in the optics and optoelectronics industries. ZEISS develops and distributes lithography optics, measuring technology, microscopes, medical
technology, eyeglass lenses, camera and cine lenses, binoculars and planetarium technology. With its solutions, the company constantly advances the world of optics and helps shape technological progress.The
company is divided up into the six business groups Industrial Metrology, Microscopy, Medical Technology,
Vision Care, Consumer Optics and Semiconductor Manufacturing Technology. ZEISS is represented in over
40 countries – with around 30 production sites, over 50 sales and service locations and about 25 research
and development facilities.
SPONSORS
155
FEMS MEMBER SOCIETIES
Austria
The Austrian Society for Metallurgy and Materials (ASMET)
The Netherlands
Bond voor Materialenkennis (BvM)
Belgium
Benelux Métallurgie
Norway
Norsk Metallurgisk Selskap (NMS)
Czch Republic
Czech Society for New Materials and Technologies (CSNMT)
Metal Science Society of the Czech Republic (MSS)
Poland
Polish Society for Materials (PTM)
Estonia
Estonian Materials Science Society (EMSS)
France
Société Française de Métallurgie et de Matériaux (SF2M)
Germany
Deutsche Gesellschaft für Materialkunde (DGM)
Deutscher Verband für Materialforschung und prüfung
e.V. (DVM)
Greece
The Hellenic Metallurgical Society (HMS)
Hellenic Society for the Science and Technology of Condensed
Matter (HSSTCM)
Hungary
Országos Magyar Bányászati és Kohászati Egyesület (OMBKE)
Portugal
Sociedade Portuguesa de Materiais (SPM)
Serbia
Materials Research Society of Serbia (MRSSerbia)
Slovak Republic
Society for New Materials and Technologies in Slovakia (SNMTS)
Slovenia
Slovensko Drustvo Za Materiale (SDM)
Spain
Sociedad Española de Materiales (SOCIEMAT)
Sweden
Svenska Föreningen för Materialteknik (SFMT)
Switzerland
Swiss Association for Materials Science and Technology (SVMT)
Italy
Associazione Italiana Compositi & Affini (Assocompositi)
Associazione Italiana d’Ingegneria dei Materiali (AIMAT)
Associazione Italiana di Metallurgia (AIM)
Ukraine
Ukraine Materials
Research Society (UMRS)
Latvia
Latvian Materials Research Society (LMRS)
United Kingdom
Institute of Materials, Minerals & Mining (IOM3)
Lithuania
Lithuanian Materials Research Society (LtMRS)
ORGANIZING SOCIETY
Polskie Towarzystwo Materiałoznawcze
Instytut Inżynierii Materiałowej (I-7)
Wydział Mechaniczny Politechniki Łódzkiej
ul. Stefanowskiego 1/15
90-924 Łódź
Budynek A18, IV piętro, pok. 444
inzynieria.materialowa@info.p.lodz.pl
EUROMAT 2015 SECRETARIAT
156
Mazurkas Congress & Conference Management
Al. Wojska Polskiego 27 01-515, Warsaw, Poland
tel.: +48 22 389 41 53
tel.: +48 22 389 41 50
fax: +48 22 536 46 10
e-mail: euromat2015@mazurkas.pl
web:onwww.mazurkas.com.pl
European Congress and Exhibition
Advanced Materials and Processes

FEMS_online_version_v4

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