aida transnational access application form

Transcription

TRANSNATIONAL ACCESS
APPLICATION FORM
Pa§e !
/ 13
AIDA TRANSNATIONAL ACCESS APPLICATION FORM
Before completing this form please contact the relevant facility manager for a preliminary
discussion about your proposal. Contact details can be found at
http://aida.web.cern.ch/aida/activities/access/apply/
Please use capital letters. For each item refer to Guidelines for Applications (Encl. 1).
1) Experiment
Project title
STUDY OF THE BEAMCAL PROTOTYPE. STAGE II.
TA Project acronym AIDA_DESY_2011_04 (perhaps already given to you by TA-coordinator)
Facility
( x ) DESY test beam ( ) CERN test beam
( ) JSI irradiation
( ) UCL irradiation
Project duration
from 04.11.2011 to 22.11.2011
( ) CERN irradiation
( ) KIT irradiation
Project abstract (please write a short summary of the project in the box below)
BeamCal is one of two the main detectors developed by FCAL Collaboration to work in very forward region in
future experiments at linear collider ILC or CLIC. It helps in beam-tuning (measurements of beam parameters), in
the fast luminosity estimation and improves hermeticity of the main detector. In the last year the first prototype of
BeamCal was tested at electron beam at DESY. Since that time the several improvements and changes were done
with the BeamCal prototype. In November 2011 the next measurements will be performed at DESY 22 electron
beam with the modified module of BeamCal. Its contains GaAs sensors, kapton foil, front-end ASICs (32
channels), multichannel ADC SoC ASICSs (32 channel), data concentrator implemented in FPOAQ 1C, power
pulsing circuity and digitally controlled and monitored biasing and powering circuits. Several these components
are similar to those which were used in July 2011 test beam of the LumiCal prototype, another detector of FCAL
collaboration.
The main goal of the upcoming test beam is to check with electron beam available at DESY behaviour of the
complete multichannel BeamCal module. The collected data allow to determine the performance of the whole
readout chain and will concentrate on isensor pad uniformity, gain, offset and noise, readout electronics channel
uniformity, crosstalk between channels, charge sharing in area between sensor pads and response to electromagnetic
shower development generated by tungsten plates included in front of tested module. The measurements will used
the MVP telescope to determine electron impact points on the sensor.
2) Group Leader
Family Name
ZAWIEJSKI
First Name
LESZEK
Gender
(x) Male
( ) Female
Birth Year (yyyy)
1951
Researcher Status-"
( ) UND ( ) PGR ( ) PDOC ( ) TEC
(x)EXP
Scientific Background") PHYSICS
Home Institution Type <» ( ) UNI
( x ) RES
( ) SME
( ) PRV
( ) OTH
Home Institution Name INSTITUTE OF NUCLEAR PHYSICS PAN
Home Institution Address ul. Radzikowskiego 152, 31-342 Krakow, Poland
APPLICATION FORM
(including Country Code <4>)
Phone (office)
Fax
E-mail
New user to facility
Pa8e 2 7 13
PL
004812-662-8461
004812-662-8012
leszek.zawiejski@ifj.edu.pl
( ) Yes
Remote user (only remote access to facility, no visits)
( ) Yes
( x ) No
( x) No
3) Group Researchers
Family Name
KULIS
First Name
SZYMON
Gender
(x) Male
( ) Female
Birth Year (yyyy)
1984
Nationality
POLISH
Researcher Status
( ) UND (x) PGR ( ) PDOC ( ) TEC
( ) EXP
Scientific Background Engineering&Technology, Information&Comunication, Physics
Home Institution Type ( x) UNI
( ) RES
( ) SME
( ) PRV
( ) OTH
Home Institution Name AGH University of Science and Technology
Home Institution Address Mickiewicza Av. 30-059 Krakow, Poland
(including Country Code)
PL
Phone (office)
Fax
E-mail
+4812-617-5023
+4812-634-0010
kulis@fatcat.ftj .agh.edu.pl
( ) Yes
Family Name
First Name
Gender
Birth Year (yyyy)
AGUILAR
JONATHAN
(x) Male
1986
( ) Yes
( x ) No
( X ) No
( ) Female
Nationality
United States of America
Researcher Status
( ) UND (x) PGR ( ) PDOC ( ) TEC
( ) EXP
Scientific Background BA Physics, Harvard University; MSc candidate at AGH-UST
Home Institution Type (x) UNI
( ) RES
( ) SME
( ) PRV
( ) OTH
Home Institution Name AGH University of Science and Technology
Home Institution Address ul. Reymonta 19, 30-065 Krakow, Poland
©AIDA
(including Countiy Code)
Phone (office)
Fax
E-mail
Page 3/13
APPLICATION FORM
PL
+4812-617-2981
N/A
aguilar@agh.edu.pl
)Yes
)Yes
(x)No
(x)No
Family Name
Daniluk
First Name
Witold
Gender
( x ) Male
( ) Female
1955
Birth Year (yyyy)
Nationality
Polish
Researcher Status
(x)EXP
( ) UNO ( ) PGR
( ) PDOC ( ) TEC
Scientific Background Engineering&Technology
Home Institution Type ( ) UNI
( ) RES
( ) SME
( ) PRV
( ) OTH
Home Institution Name Institute of Nuclear Physics PAN
Home Institution Address ul.Radzikowskiego 152, 31-342 Krakow, Poland
PL
Phone (office)
Fax
E-mail
+4812-662-8029
+4812-662-8012
witold.daniluk@ifj.edu.pl
( x ) Yes
)Yes
( )No
x)No
Family Name
LEVY
ITAMAR
First Name
Gender
( x) Male
( ) Female
1982
Birth Year (yyyy)
Israel
Nationality
Researcher Status
( )UND ( X ) P G R
( )PDOC ( ) TEC
Scientific Background Physics, Information&Comunication
Home Institution Type ( X ) UNI
( ) RES
( ) SME
( ) PRV
Home Institution Name Tel Aviv University
Home Institution Address Tel Aviv 69978 ISRAEL.
Phone (office)
ISRAEL
+972 (0) 36409262
( )EXP
( ) OTH
©AIDA
Fax
E-mail
Page 4 /13
APPLICATION FORM
itamar(S)alzt.tau.ac.il
)Yes
)Yes
(x)No
(x)No
Family Name
Novgorodova
First Name
Olga
Gender
( x ) Female
( )Male
1984
Birth Year (yyyy)
Nationality
Russian
Researcher Status
( )UND ( X ) P G R
()PDOC
)TEC
Scientific Background Physics
Home Institution Type ( )UNI
(x)RES
()SME
)PRV
Home Institution Name DESY
Home Institution Address _Plantanenallee 6, 15738, Zeuthen, Germany
DE
Phone (office)
+493376277653
Fax
E-mail
olga.novgorodova@desy.de
( )Yes
(x)No
( )Yes
(x)No
Remote USer (only remote access to facility, no visits)
)EXP
( ) OTH
Family Name
Teodorescu
First Name
Eliza
Gender
(X) Female
( )Male
1983
Birth Year (yyyy)
Romanian
Nationality
Researcher Status
( ) EXP
( )UND (X) PGR ( ) PDOC ( ) TEC
(X) RES
( ) SME
( ) PRV
( ) OTH
Home Institution Name: Horia Hulubei National Institute of Physics and Nuclear
Engineering - IFIN HH
Home Institution Address Str. Reactorului no.30, P.O.BOX MG-6, Bucharest Magurele, ROMANIA
RO
t^AIDA
Phone (office)
Fax
E-mail
Page 5 / 13
APPLICATION FORM
+(4021)404.62.36
+(4021)457.44.40
eli_teo@nipne.ro
(X) Yes
( )Yes
( )No
(X)No
Family Name
GHENESCU
First Name
Veta
Gender
( ) Male
( x ) Female
1974
Birth Year (yyyy)
Nationality
Romanian
Researcher Status
( ) UNO ( ) PGR
( x) PDOC ( ) TEC
( ) EXP
Scientific Background Physics, Material Sciences
( x ) RES
( ) SME
( ) PRV
( ) OTH
Home Institution Name Institute for Space Sciences
Home Institution Address Atomistilor Street, No. 409, Bucharest-Magurele, Romania,
RO 077125
Phone (office)
+40214574471
Fax
+40214575182
E-mail
ghenescu@spacescience.ro
( x ) Yes
( )No
Family Name
First Name
Gender
( )Yes
(x)No
Afanaciev
Konstantin
(X) Male
( ) Female
1975
Birth Year (yyyy)
Nationality
Belarus
Researcher Status
( )UND (X)PGR
( )PDOC ( )TEC
(X) EXP
Home Institution Type (X) UNI
(X) RES
( ) SME
( )PRV
( ) OTH
Home Institution Name _The National Scientific and Educational Centre of Particle and
High Energy Physics of the Belarusian State University
Home Institution Address_M. Bogdanovich Str., 153, Minsk 220040,Belarus
BY
©AIDA
Phone (office)
Fax
E-mail
Page 6 / 1 3
APPLICATION FORM
+375 17 292-60-34
+375 17 292-60-75
akg@ifh.de
Remote User (only remote access to facility, no visits)
)Yes
)Yes
(X)No
(X)No
Family Name
HENSCHEL
First Name
HANS
Gender
(X) Male
( ) Female
Birth Year (yyyy)
1954
Nationality
German
) TEC
(X) EXP
()PDOC
Researcher Status
( )UND ( ) P G R
Scientific Background
(X) RES
( ) SME
( )PRV
( ) OTH
Home Institution Name DESY
Home Institution Address Platanenallee 6, D-15 73 8 Zeuthen
DE
Phone (office)
+49-33762-77377
Fax
+49-8994-7377
hans.henschel@desy.de
E-mail
)Yes
(X)No
)Yes
(X)No
Family Name
Ambalathankandy
First Name
Prasoon
Gender
Male
1984
Birth Year (yyyy)
Nationality
Indian
Researcher Status
PGR
Electrical Engineering
Scientific Background
Home Institution Type UNI
Home Institution Name WFilS, AGH University of Science and Technology
Home Institution Address Al. A. Mickiewicza 30 Krakow 30-059
Poland
Phone (office)
+48-12-617-2981
AIDA
Fax
E-mail
Remote user
Page 7 /13
APPLICATION FORM
+48-12-634-0010
prasoon@newton.ftj.agh.edu.pl
Yes
No
Family Name
Kollowa
First Name
Sandro
Gender
(x) Male
( ) Female
Birth Year (yyyy)
1980
Nationality
German
Researcher Status
(x)UND ( )PGR
)PDOC
)TEC
( )EXP
Home Institution Type (x)UNI
( )RES
)SME
)PRV
( ) OTH
Home Institution Name BTU Cottbus
Home Institution Address Postfach 101344, 03013 Cottbus
DE
+4933762/7655
Phone (office)
Fax
E-mail
sandro.kollowa@desy.de
)Yes
(x)No
)Yes
(x)No
.' UND=Undergraduate, PGR=Post graduate (student with a first University degree or equivalent), PDOC=Post-doc
researcher, TEC=Technician, EXP=Experienced researcher (professional researcher).
(2) Up to 3 fields from this list, most relevant first then second and third relevant (if applicable): Physics, Chemistry,
Life Sciences & Biotech, Earth Sciences & Environment, Engineering & Technology, Mathematics, Information &
Communication Technology, Material Sciences, Energy, Social Sciences, Humanities.
(3) UNI=University, RES=Public Research Organisation, SME=Small or Medium Enterprise, PRV=Other
and/or
profit or not profit Private Organisation, OTH= Other Organisation.
(4) AT=Austria, BE=Belgium, BG=Bulgaria, CY=Cyprus, CZ=Czech Republic, DK=Denmark, EE=Estonia,
FI=Finland, FR=France, DE=Gennany, GR=Greece, HU=Hungary, IS=Iceland, IO=International Organisation,
IE=Ireland, IL=Israel, IT=Italy, LV=Latvia, LI=Liechtenstein, LT=Lithuania, LU=Luxembourg, MT=Malta,
NL=Netherlands, NO=Norway, OT=Others, PL=Poland, PT=Portugal, RO=Romania, SK=Slovakia, SI=Slovenia,
ES=Spain, SE=Sweden, CH=Switzerland, TR=Turkey, GB=United Kingdom.
4)
Please list 2-3 relevant publications of the group leader
1. H. Stoeck et al., The International Large Detector, Letter of Intent, February 2010, DESY
2009-87; FERMILAB-PUB-09-982-E; KEK Report 2009-6.
2. H. Abramowicz et al., Forward instrumentation for ILC detectors, JINST 5 (2010) PI2002.
3. S. Kulis et al., Test beam studies of the LumiCal prototype, EUDET-Memo-2010-09.
5) Project description and research planned during use of facility (max 1 page).
The mission of FCAL Collaboration is supply for future linear colliders: ILC or CLIC prototype of
detectors which will work in very forward region (5- 80 mrad in polar angle). Two of them are particular
8 ADA
APPLICATION FORM
Page 8
/ 13
important: LumiCal and BeamCal. Each detector consists two identical sandwich like electromagnetic
calorimeters (sensors/tungsten layers). LumiCal will be used for precisely luminosity measurements
whereas BeamCal will allow for measurements of the beam parameters of the colliding of e*e' bunches.
Under finished in 2010 EUDET program, the first prototypes of both detectors were successfully tested in
August 2010 at DESY 22 electron beam. The results of DUT measurements confirmed the good work of
all tested elements including sensors layer, kapton fanout, ASIC front-end readout electronics and the
corresponding DAQ system. For precisely knowledge of impact point of electron on sensors the MVD
telescope was used. Advanced work on prototypes for both detector are continued and several other
tests beam at DESY or/and CERN are necessary. The obtained test beam results will be used directly to
improve infrastructure for FCAL calorimeters by building the AIDA calorimeter module where up to 30
calorimeter layers (with new the mechanical structure, ASIC's front-end electronics, DAQ and alignment
system for position measurements) together with EUDET telescope will be used. In July 2011 test beam at
DESY 22 only new LumiCal prototype have been studied. In November 2011 (4 - 22) the next test beam
is planned with only new BeamCal module. A part of components of new BeamCal prototype are similar
to those used for LumiCal module in July test. BeamCal GaAs sensors will be tested here. The main goal of
the project is to verify proper operation of complete multichannel detector module comprising of all
components. In measurements the MVD telescope and the support structure for tungsten plates will be used.
The group of 12 people, members of FCAL collaboration, represented several countries: Germany, Poland,
Romania, Israel, Bialorus, USA and India will contibute to the project realization. In addition also a help
from expert outside FCAL collaboration is expected.
Test beam schedule for November 2011
1. Sensor uniformity
Settings: whole instrumented area has to be scanned
Purpose:
To characterize each connected pad in the beam with good statistics -100.000 - 200.000 samples per pad to
measure S/N ratio and CCE toknown similarity between pads.
Find gain / noise/ snr for all channels
Check if sensors characteristics over full pads areas are uniform: required high statistics ~ 200.000 triggers.
All 32 pads will be measred to check how characteristics are stable over the sensor plane.
Time estimation:
Area to be scanned ~ 32 pads, each pads is from 4x4 mm or 7x7 mm, beam spot was found to be around
7x8 mm, there have to be one position for each pad, monitored by XY -table 50.
Beam size ~ 7x7mm
Beam positions needed - 32 positions
200k events per position - it take ~ 1 hour
32 x 1 hour = 32 hours ~ 2 - 3 days
2. Different DAQ and ADC
Purpose:
See difference in operation with different Adcs to be able to compare the difference.
8 channels will be connected and measurements have to proceed with telescope DAQ together.
Time estimation:
Expected 8 channels x 200k /50 in hour — 1 0 hours
3. CCE vs HV
Purpose:
See CCE vs voltage on the test beam for few pads.
Scan over one region of several pads.
Time estimation:
5 pads x hour — 5 hours.
4.
Edge investigations for new sensors
APPLICATION FORM
page
9/13
Purpose:
Telescope measurements are highly required for measuring how CCE and signal amplitude depends on
position and if one can see edge effects more precisely.lt requires high statistics.
Edges are all the same - 4 pads edges. All located at rings and will fit well to polar descriptions.
Time estinatin:
Keep 2 million events for one edge.
2.000.000 triggers ~ 4 days.
5. Cross-talk
Purpose:
Another measurements has to be done is to verify crosstalk, for this telescope is highly required so that we
known which pad was hitted by beam particles.
Few pads over near to ASIC and far from ASIC.
Time estimation:
~lday
6. Multi particle irradiation (studies of electromagnetic shower develoment)
Purpose:
Move to see BeamCal prototype with multi particles hits or in other words make studies with tungsten
plates In this case telescope will help to know where one can expect shower initiated by electron from
beam but not to using it precisely.
Time estimation:
Change telescope position and make alignment plus pedestals measurements ~ 2 days
7. Gain scan
Purpose:
Random 8 channels (4 from new readout and 4 channels with old ADC)
Front-end gain investigations
high / high (for this runs higher statistics x3)
low / high (statistics xl)
high / low (statistics xl)
low / low (statistics xl)
Tinieestmation:
8 channels x 25 minute ~ 2 hours
Time for:
Set up all computers and network, all equipment ~ 1 day of work.
1. Telescope alignment in the beam 2-3 hours (in case telescope will be not aligned)
2. Check allthresholds in telescope tobe set properly -not to have too many hot strips for beter analysis (2-3
hours).
3. Telescope runs to get statistics for telescope alignment without DUT (1-2 hours).
4. Put DUT in the position and measure all pedstals (run only DAQ without telescope and without beam - 1 2 hours).
5. DUT sensors alignment in the beam and checking all other prepared positions to operate DUT in the beam
with help of XY-table ; 3 - 6 hours.
All preparation ~ 1 day
Summary
All data taking runs should take approximately 17 days. Assuming that test beam is scheduled
for FCAL for 20 days , 3 days are eft for risk and fixing.
1. Preparation 1-2 days
2. Sensor uniformity 2 -3 days
3. Different Daq and Adc max 1 day
4. CCE 5 hours
5. Edges 4 days
APPLICATION FORM
Page 10
/ 13
6. Crosstalk 2 days
7. Multi particle 2 days
8. Gain 2 hours
9 Recallibrations + pedestals + alignment runs ~ 3 days.
During the test beam an additional equipment is needed for operation:
motorized X-Y table (Cracow), MVD telescope ( DESY HH in experimental hall), translation stage
(Vertical) to perform alignment MVD telescope position with respect to beam line (provided by DESY HH
in exp. hall), high voltage power suply (300 V /IjoA - provided by DESY Zeuthen), low voltage regulated
power supplies ( DESY Zeuthen), VME / NIM modules which are used to provide trigger (provided by
DESY HH in experimental hall), some long lemo cables, digital sampling osciloscope for initial setup (4
cannels, bandwidth at least 300 MHz, sampling 2 GSPS (DESY Zeuthen or Krakow),square pulse
generator+attenuator (desired amplitude ~ 8 mV, frequency < 1 MHz) (DESY Zeuthen), DAQ computer
(Cracow, Zeuthen)
For irradiation facilities
• Number and size of samples
•
Requested fluences for each sample
•
Materials in irradiated surface
•
Max. Temperature during irradiation
•
Special treatment of samples needed
•
•
Irradiated beforehand?
Measurements during irradiation required
(§AIDA
Page 11713
APPLICATION FORM
6) Type of activity (tick the item chosen):
( x) Telescope tests
( x) Translation stages
( x) Trigger electronics
( ) Irradiation of samples
( ) Generic material R&D
( )TargetryR&D
( ) Other, please specifiy
7) Safety hazards
( ) Use of flammable gases
( ) Use of lasers
( ) Work at height
( ) Magnetic field
( ) Radioactive sources
( ) Other
8) Access requested under TA Programme
Researcher
Total no. of days
Leszek Zawiejski
16
Szymon K.ulis
10
Hans Henschel
8
Jonathan Aguilar
19
Eliza Teorodescu
8
Veta Ghenescu
14
Konstantin Afanaciev
12
Sandro Kollowa
19
Witold Daniluk
11
Itamar Levy
11
Olga Novgorodova
19
1
l
l
l
Prasoon Ambalathankandy
8
l
No. of visits
1
l
1
l
1
l
l
9) Comments (mention here if you will travel by rental/private car, or directly before/after another trip)
APPLICATION FORM
Pa§e 12 7 13
1. Witold Daniluk, ask for reimbursement
2. Veta Ghenescu ask for reimbursement
3. Eliza Teorodescu ask for reimbursement
4. Szymon Kulis, ask for reimbursement
5. Itamar Levy, ask for reimbursement
6. Konstantin Afanaciev ask for reimbursement
Date
16.10.2011
Group Deader Signature
GAIDA
APPLICATION FORM
Pa8e
1 3 / 13
Encl. 1
Guidelines for Application
1)
Experiment
Indicate the title of the experiment. Use no more than 255 characters.
Indicate an acronym for your experiment (max 20 characters). This may have been
assigned to you by the facility coordinator, if not avoid any special characters. You
are not allowed to use acronyms that infringe existing trademarks, registered
patents and other similar rights.
2)
Group Leader
Use footnotes in the application form as guidance.
3)
Group Researchers
Home Institution should be specified for each researcher only if different from
Group Leader's Home Institution.
4)
Include a list of 2-3 relevant publications of the group leader.
5)
Description of the project (max. 1 pages)
Describe the scientific and technical aspects of the project. Underline the goal of
your project and the specific relevance of your proposal. Add references if
necessary.
6)
Type of activity
Tick one or more options depending on the major goals of the experiment.
7)
Safety hazards
Indicate the potential safety hazards related to the experiment.
8)
Access requested under TA Programme
Indicate the researcher's name, the number of days that he/she will spend at the
facility and the number of visits to the facility. For remote users, please specify
"remote user" in the table.
9)
Comments
Specify any complex travel, such as travelling by rental or private car and travelling
in combination with another trip. Add any additional comments you think might be
helpful to the User Selection Panel (USP) for the evaluation of your proposal.
Any additional queries or requests of information should be sent to AIDA-info(g).cern.ch

aida transnational access application form

Transcription

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