MAY 21-23, 2013

Transcription

MAY 21-23, 2013

Long Beach | CA | USA
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MAY 21-23, 2013 MAY 21-23, 2013
INSIDE
•Magnolia Advanced Materials announces new manufacturing facility, Page 2
•Improving SRTD with resonance phase settings, Page 7
•Pressure controls and valves for the commercial launch vehicle industry, Page 3
•Solid hydrogen fuel could help shield satellites from radiation, Page 9
Showcasing the latest in spacecraft, satellite, launch vehicle and space-related technologies
SHOW NEWS
Welcome to Space Tech Expo
2013 Show News – your
preview and guide to the West
Coast’s major space industry
gathering and one of the
largest events of its type in the
world
A new year sees us in a new venue – Long
Beach, California, USA. This relocation to
the heartland of cutting-edge engineering,
groundbreaking science and high-technology
communities committed to excellence, with
close proximity to major manufacturers, US Air
Force and NASA facilities, cements Space Tech
Expo as the must-attend event for 2013.
With more than 150 exhibiting companies
present, Space Tech Expo is a full-line event
established to introduce the supply chain to
the wider buying chain. While some events
emphasize networking opportunities, Space
Tech Expo guarantees a highly professional B2B
platform to discuss and conduct business – and
it is completely free to attend!
To balance tight budgets and industry conditions,
the event offers a wealth of knowledge learning
and engagement opportunities situated on the
show floor. In addition to setting our three-day
conference entitled The Business Case for
Space at a highly competitive early-bird rate
of just $495, Space Tech Expo offers freeof-charge learning channels for all exhibition
attendees through our Open Tech Forum
workshops and Satellite & Space Summit.
This unique approach ensures that your time
away from the office pays dividends and is both
money and time well spent.
Register today online and learn from a firstclass line-up of industry speakers, be involved in
free-to-attend workshops and meet a wealth of
space-qualified exhibitors.
Increased private-sector investment, coupled
with continued economic pressure, is
driving innovation and resourcefulness in the
development of space business models and
technology. How your organization positions
itself in the dawn of this new age will be vital
to how successfully you capitalize on these
developments and new industry demands.
If you attend just one show this year, place
Space Tech Expo at the top of your list!
I look forward to welcoming you to Long Beach
in May.
Guy Harris
Event Director
REGISTER ONLINE NOW FOR YOUR FREE EXHIBITION HALL PASS AT WWW.SPACETECHEXPO.COM
1
MAY 21-23, 2013 Advanced Scientific Concepts introduces GoldenEye 3D Flash Lidar Space Camera
Advanced Scientific Concepts Inc (ASC), the
leading supplier of 3D Flash Lidar Cameras (3D
FLC), proudly introduces GoldenEye, the latest
camera designed specifically for the space
environment.
GoldenEye provides real-time 3D range and
intensity data up to a 30Hz frame rate, and
features exceptional 3D range and 2D intensity
data. This data can feed guidance, navigation
and control, real-time mapping, collision
avoidance and situational awareness systems.
The non-moving-part design tolerates shock,
vibration, radiation and harsh environments.
As a small form-factor, lightweight camera,
GoldenEye allows for flexible positioning on a
vehicle, in addition to low power consumption
and a long life.
ASC provides tailoring for specific applications
including customized laser energy output,
diffusion patterns and fields of view. The
GoldenEye can be utilized for low Earth orbit or
deep space operations, and can safely operate
while looking directly into light sources such as
the sun. Potential space applications include
ISS rendezvous and berthing/docking, on-orbit
satellite servicing, entry, descent and landing
for planets/moons/asteroids, as well as
collision avoidance. GoldenEye’s first application
is on the OSIRIS-REx Asteroid Sample Return
mission program.
GoldenEye in the OSIRIS-REx configuration
Visit Advanced Scientific Concepts at Booth 7042
Isodyne develops
tool-less braid
termination system
for EMI/RFI backshells
Isodyne has developed and manufactured a
patented, tool-less braid termination system
for EMI/RFI backshells, specifically designed
for wire harnesses requiring shielding from
EMI/RFI and lightning protection.
Isodyne’s tool-less termination benefits
begin at assembly, requiring approximately
30% less time for assembly and a cable
assembly that performs better at shielding
EMI because of lower resistance between
the drain wires, overbraid and backshell.
Re-entry for re-pinning or repair is easy
thanks to both individual shields and
overbraid terminating at the backshell with
one spring band.
This efficient technology offers many other
benefits over analog legacy products,
making it more suitable for today’s highly
digitized world: no tools are required for
assembly or disassembly; no solder sleeves
are required; a reduced component count
and reduced weight; a faster assembly
time; and better EMI performance.
Visit Isodyne at Booth 8008
2
Magnolia Advanced
Materials announces new
manufacturing facility
Magnolia Advanced Materials Inc (formerly
Magnolia Plastics Inc), leading custom
formulator of high-performance epoxy systems,
has announced the acquisition of a new
114,176ft2 facility on 11.27 acres located in
Doraville, GA.
CEO Rick Wells stated, “The purchase of
this new facility will quadruple the production
area we now have, and also allow for future
expansion. Our current facility will continue to
operate until all specified products have been
certified for the new facility. We’re excited to
have a large, customizable space, which will
allow us to accelerate our LEAN manufacturing
initiative. With assistance from the Georgia
Tech Manufacturing Extension Partnership
(GaMEP), we hope to further improve all aspects
of our manufacturing process. Presently,
we are primarily an aerospace and defense
manufacturer. This additional production
capacity will allow us to expand our commercial
product lines substantially.”
Visit Magnolia Advanced Materials at Booth 6009
REGISTER ONLINE NOW FOR YOUR FREE
FREE EXHIBITION HALL PASS AT WWW.SPACETECHEXPO.COM
MAY 21-23, 2013 Pressure controls and valves for the commercial
launch vehicle industry
Precision Fluid Controls Inc (PFC) has developed
an extensive line of pressure controls and valves
for the commercial launch vehicle industry.
Components include check valves, which are
available in sizes ¼” through 2” with various
end connections including AS5202, AS4395,
AS1098 and Grayloc. Relief valves are available
in ¼” size for pop-off and inline applications.
All components are designed for use with
cryogenic propellants, such as LOX, and
cryogenic fuels such as hydrogen, as well as
ambient-temperature propellants such as
hydrogen peroxide and kerosene.
PFC also offers pressure-reducing regulators
including dual-stage regulators. In addition
to flight hardware, Precision Fluid Controls
offers a line of ground-support components for
cryogenic and ambient applications. Ball valves
range in size from ½” to 3”. Check valves are
available from ¼” to 4”. Dome-loaded pressure
regulators are available with CVs ranging from
2 to 120. PFC is able to provide custom designs
to meet end-user needs.
Visit Precision Fluid Controls at Booth 9023
RdF Corporation
works on Low
Impact Docking
System
RdF Corporation is working with NASA
and its contractors on the Low Impact
Docking System (LIDS), initially for use
on the International Space Station to
provide a softer engagement during
the docking process. RdF has designed
and qualified a miniature surface RTD
to monitor docking ring temperature,
to improve operations and control fit
tolerances.
Visit RdF Corporation at Booth 6037
Test professionals – don’t miss!
If you are involved in testing, don’t miss the
presentation “Low-mass, high-performance
data acquisition solutions for space systems”
on Wednesday, May 22 at 11:45am, part of
the Space Tech Expo Open Tech Forum.
Presenter Mike Beckage has over 33 years of
experience in dynamic/safety/biomechanics
testing, and is co-founder of Diversified
Technical Systems (DTS). DTS miniature, highspeed, shock-hardened data recorders and
sensors are used worldwide for a variety of
shock and vibration test applications in aviation,
aerospace/NASA, automotive, military and
research.
Visit Diversified Technical Systems at Booth 9033
3
MAY 21-23, 2013 SwRI ultraviolet instrument selected for
ESA’s JUICE mission to Jupiter’s icy moons
An ultraviolet spectrograph designed by
Southwest Research Institute (SwRI) has
been selected for flight on the European
Space Agency’s Jupiter Icy Moon Explorer
(JUICE). NASA is funding development of
the instrument, which will observe ultraviolet
emissions from the Jovian system.
“The JUICE mission will let UVS get closeup views of Europa, Ganymede and Callisto
[Jupiter’s three largest moons],” said Dr
Randy Gladstone, principal investigator of
the UVS (ultraviolet spectrograph) and an
Institute scientist in SwRI’s Space Science
and Engineering Division. “We expect these
data will tell us about the composition of the
surfaces and the tenuous atmospheres of
the Galilean moons, and how they interact
with Jupiter and its giant magnetosphere.”
Along with UVS, JUICE will carry 10
complementary instruments designed to
make detailed observations of the giant gas
planet Jupiter and its three largest moons,
Ganymede, Europa and Callisto. These
moons are believed to host bodies of liquid
water beneath their icy surfaces. JUICE
observations could provide insight into the
moons’ potential for supporting life during
future manned missions. The instruments
will also map the moons’ surfaces, sound
their interiors and determine the potential
for life in their oceans.
The JUICE spacecraft is planned for
launch in 2022. The three-year (minimum)
science mission will begin shortly after the
spacecraft’s arrival at Jupiter in 2030.
Visit Southwest Research Institute at Booth 9037
maxon motors fly into outer space
on board the Dragon spacecraft
The flawless launch of the SpaceX Falcon 9
rocket in 2012 was another successful step
for maxon motors in the use of high-precision
motors in the astronautics industry. maxon
brushless motors were used on the voyage
to the ISS to rotate the solar arrays to keep
them aligned with the sun as Dragon orbited
the Earth, open the instrument bay door which
contains navigation equipment, and lock in place
the fixture that allowed Dragon to be grappled
by the space station’s robotic arm.
maxon’s brushless DC motors have particularly
high torque behavior, and are high performing
with extremely wide speed range and long
service life. Their outstanding control features
help create precision positioning drives
demanded in all aerospace driven applications.
Visit maxon motors at Booth 7043
4
GP:50
announces the
release of Model
7880 series
GP:50 has announced the release of
its Model 7880 series of pressure
transducers. Designed for military
aircraft
hydraulic
or
pneumatic
applications, the Model 7880 series
provides a high-reliability pressure
transducer in a compact, lightweight
design.
A
dual
pressure
and
temperature output design is also
available.
Visit GP:50 at Booth 7025
MAY 21-23, 2013 HEM 500U: accurate, cost-effective
five-axis milling
The new MIKRON HEM 500U high-efficiency
milling
machine
from
Agie
Charmilles
provides high-performance, high-value fiveaxis capabilities to manufacturers focused on
efficient, accurate and reliable parts production,
including those in the spacecraft technologies
industry segment.
Ideal for cutting parts out of aluminum, alloys
and steel, the HEM 500U features a highly
dynamic 12,000rpm ISO-B40 spindle and 30tool magazine that provides a two-second chipto-chip time for high-speed continuous milling
operations and increased spindle uptime.
Additionally, a 20,000rpm spindle and 60-tool
changer are available.
The highly robust HEM 500U works well
under a variety working conditions. Its C-frame
structure supports a cross-sledge for the
transversal X and Y movements. All three linear
axes are located on a sturdy block that houses
the B axis. The vertical Z movement, which
contains the inline spindle, mounts to the rigid
Y-axis column.
Featuring a small footprint, the HEM 500U is
ideal for tight setup areas in small job shops
and large production plants.
Visit Agie Charmilles at Booth 5055
High-Performance
EPOXY SYSTEMS
See us at: Booth #6009
• custom formulations
• syntactics
• aerospace adhesives
• liquid shims
• composites & repair resins
• RTM resins
• conductive epoxies
• potting & encapsulating epoxies
• tooling & casting resins
Superior Performance
Rapid Turn-Around
www.magnoliaplastics.com • sales@magnoliaplastics.com
770.451.2777 • 1.800.831.8031
Veteran Owned & Operated
5547 Peachtree Boulevard • Chamblee, GA 30341 USA
PhotosYOUR
courtesy of FREE
U.S. Department
of Defense ©2010
MagnoliaPASS
Plastics, Inc.
Rights Reserved.
REGISTER ONLINE NOW FOR
EXHIBITION
HALL
ATAll WWW.SPACETECHEXPO.COM
5
MAY 21-23, 2013 Space Systems/
Loral-built multimission satellite for
HISPASAT Group
begins post-launch
maneuvers
Space Systems/Loral (SSL), the world’s
leading provider of commercial satellites,
has announced that the Amazonas 3 multimission satellite, designed and built for
HISPASAT Group, launched in February and is
successfully performing post-launch maneuvers
according to plan. The satellite deployed its
solar arrays on schedule following its launch
aboard an Ariane 5 launch vehicle provided by
Arianespace from the European Spaceport in
Kourou, French Guiana. The satellite has begun
firing its main thruster to complete its journey
to geostationary orbit.
“It has been a privilege to work closely with
our colleagues at HISPASAT and to see the
successful launch of this important satellite,”
said John Celli, President of SSL. “I would like
to thank everyone at HISPASAT, Arianespace
and SSL for their hard work and dedication to
making this satellite program a success.”
Amazonas 3 is a multi-mission satellite that
includes the first Ka-band payload for broadband
service in Latin America.
Visit Space Systems/Loral at Booth 3038.1
New 2,000hz
multi-axis
vibration system
Commercially available vibration test systems
with the ability to reproduce and accurately
control multiple-input, multiple-output vibration
tests are often constrained by a limited
frequency band. Excessive tare mass and low
natural frequencies of test fixtures are two
contributing factors.
Consequently, the use of such systems in
Department of Defense and spacecraft test
facilities is limited to a select number of test
profiles found in MIL STD documents and/or
platform-specific tests with the frequency
band of interest below 500Hz.
These constraint issues have
now been addressed with the
introduction of a new 2,000Hz,
multi-axis vibration system.
The Tensor 18kN utilizes 12 custom
electrodynamic
shakers
which
are
hydrostatically coupled to the 30 inch square
specimen mounting table, and supported by an
air-isolated, highly damped reaction mass. Each
armature is preloaded against the mounting
table for proper operation. Incorporated into the
vertical axis is a soft-spring, large static capacity
preload actuator, which is required to retain
the table against the preload mechanisms.
Utilizing multiple points of control authority in
conjunction with Coordinate Transformation
control methodology, the Tensor 18kN
produces excellent performance to 2,000Hz.
This unique oil-cooled electrohydraulic system
has been designed, built, tested and delivered
by Team Corporation.
Visit Team Corporation at Booth 8018
6
MAY 21-23, 2013 Improving SRTD with resonance phase settings
Traditionally, when test engineers performed
sine resonance track and dwell tests
they have controlled the frequency of the
resonance with little concern for the phase
of the resonance. Now Vibration Research
has developed a method that allows the
test engineer to manually track the phase
value in order to determine the maximum
transmissibility value at a particular
resonance. This method is Advanced UserDefined SRTD Phase-Tracking Control.
The results indicate that the test engineer
ought to manually control the SRTD phase
tracking in order to find the most accurate
location for the peak transmissibility of
a resonance. In order to obtain a phase
of the resonance that will provide the
highest possible transmissibility level for
that resonance, the test engineer should
use a manual control feature to “tweak”
the phase as necessary in order to obtain
the highest possible transmissibility level
for that resonance. This will serve as an
improvement over the traditional “phasetracking” tool or the “resonant frequencytracking” method.
Visit Vibration Research at Booth 8022
Visit Booth #8022
Take Control
...with the industry’s best controller.
Don’t trust the brains of your testing operation to just anyone. Trust Vibration Research to provide fast,
easy, flexible setup and reporting with user-friendly interfaces, flexible graphing options, predictive
field data replication, data sharing, remote operation, and a wide range of software features. And our
controllers integrate seamlessly with virtually any shaker. If you’re looking to take control of your testing
environment, visit us at vibrationresearch.com.
Plus, we back our work with a 100% guarantee of satisfaction—if you’re not happy, we’ll take it back.
7
MAY 21-23, 2013 EMCCons
addresses
EMC
and EMI
questions
There are three main EMC considerations to
be addressed in modern spacecraft design:
Faraday cage and thunderstorm risks; heavy
electromagnetic interferences in air and
space; and mutual interferences within the
parts in the aircraft.
EMCCons offers testing for direct and indirect
lightning effects. Not just the electrical parts
are tested for direct lightning effects, but
also CFC (carbon fiber-reinforced composite)
parts. Navigation systems, radar equipment
and other parts that could interfere with
other air and space traffic are tested for
electromagnetic stability, to ensure they do
not disturb other parts, or are disturbed by
other parts. Additionally, high-tech electrical
parts within spacecraft can interfere with
each other; EMC tests must be performed
to ensure that all parts – from the smallest
switches and sensors up to complete
cable harnesses – are sufficiently hardened
electromagnetically.
Important tests offered by EMCCons
to address these risks include: NEMP
(nuclear
electromagnetic
pulse),
EMP
(electromagnetic pulse), LEMP (lightning
electromagnetic pulse), HIRF (high-intensity
radiated fields), HERF (high-electric radiated
fields) and indirect and direct lightning stroke
tests.
Visit EMCCons at Booth 7038
Training for space
“Humans manage tasks more successfully
in familiar settings. Translation: substantial
experience in an environment equals effective
performance. For space crews especially, it’s
the difference between life and death. Equally
important, microgravity training prepares
space travelers for physical reactions. If not
prepared for your own physical needs, you can’t
fly the spaceship, run the experiment and enjoy
the rare view.
“Living in a 1g environment, humans don’t
know how to move in microgravity. The
common reaction, swimming and kicking when
floating, proves hazardous and will damage
craft and hurt others. Practical experience in
microgravity and controlling one’s locomotion
reduces stress so you can focus on floating,
working, and having fun.
“For these reasons and more, it is essential to
eliminate as many unknowns as possible so all
aboard may focus on their objective – safe and
successful space flight.”
Astronaut Dr Byron Lichtenberg, ScD, was the
first astronaut to serve as a Payload Specialist.
He has flown 310 orbits, and logged 468
hours in space, which means he is well placed
to understand the need for astronaut training
prior to space flight.
“As a two-mission shuttle astronaut, I can
confirm it is crucial to have Zero-G training
before going into space. NASA has recognized
this for 50 years. This unique environment
challenges you to manage tasks, physical/
mental stresses and locomotion.
Visit ZERO-G for suborbital training
information and to register for your
chance to win a free ZERO-G flight.
Visit ZERO-G at Booth 7018
8
MAY 21-23, 2013 ATI Industrial Automation
develops sensing
technology for
NASA
ATI Industrial Automation (ATI), a world-leading
engineering-based developer of robotic peripheral
equipment, was recently selected by NASA to
develop multi-axis force/torque sensing technology
that can be used in space exploration, such
as the Mars 2018 mission. Currently under
development, this new technology will enable
fabrication of a force/torque sensor for the
Mars rover’s robotic arm. Sensor feedback
would allow the arm to guide its coring tool into
rocks and then safely place the rock samples in
the rover’s canisters.
Not limited to space exploration, this
new multi-axis force/torque sensing
technology could be used for a large
variety of applications. Future products
will be enhanced to withstand high
acceleration,
ultra-high
vacuum,
heat sterilization or other severe
environments such as extreme cold
and heat. “This project for NASA will give
us the technology to stay on the cutting
edge,” said Robert Little, COO, ATI Industrial
Automation.
Visit ATI Industrial Automation at Booth 1125
Solid hydrogen
fuel could help
shield satellites
from radiation
UK firm Cella Energy, a spinout of the
government-funded
Rutherford
Appleton
Laboratory, developed the material by
combining
solid
hydrogen
compounds
with plastic fibers as a way of storing and
transporting it more easily for use as fuel.
The researchers believe the material could
make an effective radiation shield for satellite
electronics because it absorbs high-energy
radiation and is less likely than current
aluminum shields to generate secondary
particles that can disrupt equipment.
“NASA is looking at high-hydrogen content
materials as their shields,” said Prof Stephen
Bennington, Cella Energy’s Chief Scientific
Officer and the inventor of the material.
“On the International Space Station, all the
sleeping quarters have ultra-high molecular
weight polyethylene slabs. The amount of
hydrogen in our material is, by weight, 30 to
40% higher.”
The Cella Energy team are now preparing to
test their material onboard the ISS by the end
of the year, after winning a competition run
by the US state funding body Space Florida.
The material is currently undergoing even
more rigorous testing by NASA in advance of
the trial onboard the ISS, where it will be used
to encase a miniaturized radiation monitor
based on technology developed by CERN for
the Large Hadron Collider, and compared to
a second monitor inside a polyethylene shield.
Visit Cella Energy at Booth 8033
9
MAY 21-23, 2013 Controllable drive
actuators for space
applications
The unparalleled performance with minimum
volume of CDA Intercorp’s standard modular
components makes the company’s rotary
and linear actuators ideal for high-reliability
applications that are exposed to hostile
space environments. CDA’s polymide-based
insulation system and high-grade stainless-steel
construction motors, gearboxes and rotary
transducers provide ideal controllable drive
actuator solutions for rotary and linear systems
used in space environment applications.
Standard design features include class H225
insulation system, matched coefficient of
expansion materials and high-strength gearing.
The operational environment range for the
company’s typical space application spans
from below -269°C to above +240°C in a hard
vacuum. Higher operating temperatures are
available on request.
The entire product line is based on rugged
modular design concepts. At the heart of
the actuators are high power density and
highly reliable motors. CDA Intercorp may
configure any of its nine frame size motors
as brushless permanent magnet motors, DC
stepper motors, AC induction motors or AC
synchronous motors. Any of these motors may
be complemented with the company’s equally
durable rate or position transducers. Precision
machining of the motor interface to the high-
strength gearing modules ensures reliable,
high-efficiency performance and operation.
A distinct advantage of CDA’s modular product
line is the high torque and power output capacity
within an extremely small diameter actuator
package. This advantage makes the company’s
actuators ideal for space applications where
size and weight are at a premium.
Custom
windings,
operational
voltages,
frequencies, motor drive configurations and
mechanical interface options increase design
flexibility for mechanism design engineers who
must work with size constraints and limited
electronic control options.
Visit CDA Intercorp at Booth 9039
NAC Image Technology introduces the Memrecam HX-5
NAC Image Technology continues to expand
its HX family of high-speed cameras with the
recent introduction of the Memrecam HX-5.
NAC’s Memrecam HX-5 offers an astounding
5 mega pixel resolution at up to 1,370 fps, full
HD resolution at up to 3,210 fps, 1 mega pixel
resolution at up to 6,340 fps, and much more.
The NAC Memrecam HX-5 is literally two
cameras in one. The HX-5 offers a high-speed
mode featuring a 1,280 x 960 resolution with
frame rates to 6,300+ fps. This is in addition
to the astounding pixel resolutions (all active
pixels with no interpolation) offered in the highresolution mode. With ISO ratings of 40,000
monochrome and 10,000 color, the HX-5
offers a unique CMOS sensor.
The Memory HX family represent the most
versatile cameras in their class, with the highest
resolutions, highest light sensitivity, flexible
imaging formats, large memory configurations,
best dynamic range performance and fastest
shutter speeds in the industry. The HX product
line (five cameras in all) are all range tested
with a ruggedized, sealed structure.
Since 1958 NAC has been providing imaging
solutions to a multitude of applications while
setting industry standards for performance and
reliability.
Visit NAC Image Technology at Booth 6055
10
MAY 21-23, 2013 8515C: a new
testing experience!
EMCC
DR. RAŠEK
TM
EMC
with
COMPOSITES
Composite materials are used in almost all new
aircraft designs and for more and more other
vehicles housing parts from cars to trains.
Engineers require these materials for higher
stability in combination with less weight and
reduced costs compared to metal which has been
the first choice for manufacturing air and surface
vehicles hulls up to now. Advantages, however,
are accompanied by lack of conductivity and thus
by vulnerability to lightning stroke effects.
Composites require sophisticated protection
measures against this natural event, lightning
tests have become essential for airworthiness
approvals.
Meggitt
Sensing
Systems
Endevco model 8515C is a
miniature, ultra-low-profile, highsensitivity piezoresistive pressure
transducer, designed for surface
air flow and other aerodynamic
measurements requiring high
output in a small, lightweight
package.
Weighing only 0.08 grams, the
8515C has an overall thickness
of just 0.030 inches and a
diameter of 0.250 inches. Units
are available in ranges of 15 and
50 psia, with 200 mV full-scale
output, and frequency responses
of
180kHz
and
320kHz,
respectively.
The
transducers
offer stable performance over a
temperature operating range of
-65°F to +250°F, with combined
non-linearity,
non-repeatability
and pressure hysteresis error of
less than 0.50% FSO. In addition,
model 8515C is designed to
survive 10,000 g shock and
10,000 g acceleration, with
minimum 5X burst pressure.
Model 8515C is supplied with an
integral cable, and can be surface
mounted even on curved surfaces.
An optional rubber fairing is
available for airflow smoothing
requirements within flight test
applications.
Because of its uniquely high
overload capability, high frequency
response,
very
low
base
strain sensitivity and excellent
temperature performance, model
8515C is ideally suited for smallscale wind tunnel test models,
turbine blade surface pressure
measurements, high-speed train
test and flight-test applications.
Visit Meggitt Sensing Systems at Booth 5005
EMCC DR. RAŠEK has all capabilities from R&D
via modification up to performing indirect as well
as direct lightning stroke tests on CFC or any
other composites, according to the relevant
standards e.g. RTCA-DO 160F, Sec. 23 and to all
current manufacturers’ specifications.
EMCC DR. RAŠEK manufactures and offers all
lightning stroke effect simulators for salefrom
indirect single and multiple stroke, single and
multiple burst etc. up to direct lightning stroke
simulators but also complete test laboratories
including education, training and seminars.
________________________________
_____________________________
EMI – ElectroMagnetic Interference to
Destruction
by HIRF, HERF, HPM, EMP, LEMP, NEMP,
direct lightning stroke, indirect lightning effects
EMC – ElectroMagnetic Compatibility
______________________________________________________________________________________________________
EMI & EMC = THE Composites Problem
EMCC DR. RAŠEK = THE Problem Solvers
since 1977
Multiple accredited
Worldwide acknowledged
______________________________________________________________________________________________________
CONSULTING, R&D, TESTING, SUPPRESSION
EXPERT OPINION, CERTIFICATION,
APPROVAL, SEMINARS
______________________________________________________________________________________________________
EMCC DR. RAŠEK
Moggast, Boelwiese 8 • 91320 Ebermannstadt
Germany
T: +49 9194 9016 • F: +49 9194 8125
emc.cons@emcc.de • www.emcc.de
EMC, RADIO, TELECOM
ENVIRONMENT, SAFETY
11
MAY 21-23, 2013 Plasma
Ruggedized
Solutions
develops new
Parylene
application
process
Plasma Ruggedized Solutions (PRS) is
challenging the boundaries of coating
applications by developing a repeatable
process for applying Parylene at micron level
tolerances.
Parylene or poly-para-xylylene is a versatile
polymer coating that has applications in a
multitude of industries. This hydrophobic,
extreme
temperature-,
moistureand
chemical-resistant coating is deposited via a
chemical vapor deposition process at PRS’s
facilities. The method of vapor phase vacuum
deposition utilized by PRS allows the polymer
to form a structurally continuous film that is
truly conformal to the design and structure
of the substrate upon which it is deposited.
Because of its low dielectric constant,
electrical insulation, high tension strength,
corrosion resistance, high adhesion, low
coefficient of friction and unparalleled
protection properties, Parylene is rapidly
becoming the coating of choice for achieving
electrical isolation and protection for
applications including semiconductor test
probes.
This
achievement
represents
another
milestone in Plasma Ruggedized Solutions’
continuing efforts to develop new, cuttingedge coating processes and technical
application capabilities.
Visit Plasma Ruggedized Solutions at Booth 5012
XCOR advances
Business Development team
Greg Claxton
A trio of recent senior Business Development
team appointments have been announced
at XCOR Aerospace, signaling continued
progress in the Lynx suborbital spacecraft
program.
Greg Claxton joins XCOR Aerospace as
Director of Retail Sales. Formerly of
Incredible Adventures (IA), Greg spent 17
years helping establish the high-end aviation
and space-focused adventure travel industry.
Khaki Rodway joined XCOR in 2005 as
a Government Program Manager and
Khaki Rodway
Technical Writer, and has since taken on
responsibilities for working with scientists,
engineers and educators who wish to fly
projects onboard Lynx. Most recently Khaki
has been instrumental in the development
of XCOR’s program for customized research
and education payload flights.
Lisa Rigano comes to XCOR as the Director
of Product Development and Customer
Experience. Formerly a Senior Manager
at car-sharing innovator Zipcar, she
distinguished herself as a leader on the team
responsible for developing the product and
Lisa Rigano
customer experience that powered Zipcar’s
notable growth and eventual IPO in 2011.
“We continue to round out our world-class
technical excellence with similarly capable
business talents,” says XCOR COO Andrew
Nelson. “And we look forward to more
announcements in the near future. Stay
tuned.”
Visit XCOR at Booth 4038
12
MAY 21-23, 2013 W
LINE NO95
6
BOOK ON
$
Y
L
SS ON o.com
xp
3-DAY PA
ceteche
www.spa
THE BUSINESS CASE FOR SPACE
Re-evaluating space: exploring new opportunities, technologies and strategies for success
2013 PROGRAM AT A GLANCE
Tuesday May 21
Time
Session
8.00am
Registration Opens
Speaker Companies
9.15am
Welcome Remarks
Smarter Shows
9.30am
Keynote Address
NASA JPL
10.00am – 10.55am
Commercial Crew & Cargo
Commercial Spaceflight Federation / NASA / Boeing
10.55am – 11.30am
Networking & Refreshments
11.30am – 12.45pm
Commercial Crew & Cargo
12.45pm – 1.45pm
Networking Lunch
SpaceX / Sierra Nevada Corp / ULA
1.45pm – 3.15pm
Space Tourism
3.15pm – 3.35pm
NanoRacks / Space Adventures / Virgin Galactic / XCOR Aerospace
3.35pm – 4.35pm
NASA SLS
NASA / Boeing / ATK / Pratt & Whitney Rocketdyne
4.35pm – 5.00pm
Innovation Update
Mars One
5.00pm – 6.00pm
In-Hall Networking Reception
Wednesday May 22
Time
Session
8.00am
Registration Opens
Speaker Companies
9.15am
Welcome Remarks
Smarter Shows
9.30am
Keynote Address
Golden Spike
Moon Express
10.15am – 10.45am
Silicon Valley Meets Space
10.45am – 11.15am
11.15am – 12.30pm
Private Funding & New Space
12.30pm – 1.30pm
Networking Lunch
1.30pm – 3.00pm
Technology Transfer
3.00pm – 3.20pm
NewSpace Global / Equipois / Space Angels Network / Space Systems
Loral / Colliers International
AADG / NASA / CASIS / NanoRacks
3.20pm – 4.40pm
Expanding Space Commerce
Aerospace Corp / NanoSatisfi / Made in Space / Intelsat
4.40pm – 5.00pm
Innovation Update
Google X Prize Foundation
Time
Session
Speaker Companies
8.00am
Registration Opens
Thursday May 23
9.15am
Welcome Remarks
Smarter Shows
9.30am
Keynote Address
SAIC
ATK / Aerospace Corp / SAIC
10.00am – 10.45am
Dissaggregation & Dispersing Payloads
10.45am – 11.15am
11.15am – 12.15pm
Acquisition Requirements and Supply Chain
Opportunities
12.15pm – 12.45pm
Closing Keynote Address
1.00pm
Networking Lunch
NASA JPL / Raytheon / Northrop Grumman Aerospace Systems /
Boeing
DISCLAIMER:
Space Tech Expo reserves the right to change event proceedings and scheduling at any time. Please visit www.spacetechexpo.com for the most upto-date information
13
MAY 21-23, 2013 FRTERE
Y!
SATELLITE & SPACE SUMMIT PROGRAM
EN
Tuesday May 21
Time
Presentation
8.00am
Registration Opens
Speaker Companies
9.30am – 10.00am
Keynote Presentation – Innovation in the Satellite
Sector
Intelsat
10.00am – 11.10am
Launch Services
AdWavez Marketing / Arianespace Inc / Orbital Sciences / Sea Launch /
United Launch Alliance / International Launch Services
11.10am – 11.30am
Break/Expo Visit
11.30am – 12.10pm
The Satellite Builders Talk
AdWavez Marketing
12.10pm – 12.50pm
Observation
Andrews Space / Astrium GmbH
12.50pm – 1.50pm
Lunch Break/Expo Visit
1.50pm – 2.30pm
Mining
Stott Space / V Infinity Research
2.30pm – 3.10pm
Power
Quallion / Georgia Institute of Technology
3.10pm – 3.40pm
Break/Expo Visit
3.40pm – 5.00pm
Exploration
5.00pm – 6.00pm
In-hall Networking Drinks Reception
Space Frontier Foundation / The Tauri Group / RS&H / Vanguard Space
Technologies
Wednesday May 22
Time
Presentation
Speaker Companies
8.00am
Registration Opens
9.40am – 10.40am
Access
10.40am – 11.20am
Break/Expo Visit
11.20am – 11.50am
Access
Lockheed Martin / ATK
11.50am – 12.30pm
Applications
Victory Solutions / AngelicvM Team
12.30pm – 1.30pm
Lunch Break/Expo Visit
1.30pm – 2.10pm
Launch
ATK / ECAPS US / Georgia Institute of Technology
2.10pm – 3.10pm
Software
ENSCO Avionics / Wind River / Dassault Systèmes
3.10pm – 3.30pm
Break/Expo Visit
Interorbital Systems / SSBV Aerospace & Technology Group / Eurockot
Launch Services
3.30pm – 4.30pm
Testing
Integrity Testing Labs / Vibration Research / LMS International
4.30pm – 4.50pm
Academia
Association of Parks College Students / Saint Louis University
Time
Presentation
Speaker Companies
8.00am
Registration Opens
9.30am – 10.00am
Keynote Presentation - Asteroids Will Kill You! Know
Your Place in Space
Bill Nye The Science Guy
10.00am – 10.40am
Components
PCB Aerospace & Defense / Invocon
Thursday May 23
10.40am – 11.20am
Break/Expo Visit
11.20am – 12.40pm
Materials
NuSil Technology / Surface Optics Corp / Lockheed Martin Space Systems
Company / TeleCommunication Systems
OPEN TECH FORUM
Don’t miss this opportunity to attend technical presentations and workshops from Space Tech Expo
exhibiting companies for FREE! Some of our workshops include:
FRTERE
Y!
EN
ATK: Rocket design with intelligent ECAD-MCAD solutions
CALTECH: System engineering training challenges for the future
ZERO-G: The ZERO-G Weightless Experience - space training in microgravity including the ZERO-G Prize Draw
THE PLANETARY SOCIETY: Live radio show with Bill Nye The Science Guy
To view the full Open Tech Forum schedule, please visit www.spacetechexpo.com
14
MAY 21-23, 2013 Long Beach | CA | USA
EXHIBITING COMPANIES 2013
3D Plus USA • 4 Star Electronics • Advanced Cooling Technologies • Advanced Scientific Concepts • Advanced Test Equipment
Corp • AEM Holdings • Aerospace Manufacturing & Design • Agie Charmilles • Applied Image • APV Manufacturing & Engineering
Co. • Astro- und Feinwerktechnik • ATI Industrial Automation • ATK • Baughn Engineering • Boeing Technology Services • Bruel
& Kjaer • California Lasers • CDA InterCorp • Cella Energy • CEROBEAR • Coastal Component Industries • Cobham Life Support
• Commercial Spaceflight Federation • Concurrent • Cryoconnect • Crystal Instruments • DiSTI • Diversified Technical Systems •
DNB Engineering • Dynamic Fabrication • Dytran Instruments • EMCC DR. RAŠEK • EMC²/Isilon Storage Division • Embry-Riddle
Aeronautical University • Emhart Teknologies - Aerospace • EPNER Technology • Esterline Power Systems • Evans Analytical
Group (EAG) • Everight Position Technologies Corp • Exova - Aerospace Division • Experior Laboratories • Fibertek • Flack Tek •
Flotron • Glenair • GP:50 • Health Science Associates • Insaco • Integrity Testing Laboratory • Interface • Interscan Corporation
• Isodyne • King Nutronics Corporation • L-3 Communications Electron Technologies • Liburdi Dimetrics Corporation • Luna Inc
• m+p International • Magnolia Advanced Materials • Malin Space Science Systems • Marotta Controls • Martinez & Turek •
MATECH • Materials Research & Design • Maxon Precision Motors • Meggitt Sensing Systems • Mician • Microcosm Astronautics
Books • Micropac Industries • Minus K Technology • Missile Defense Agency • Müller-BBM VibroAkustik Systeme • NAC Image
Technology • Napoleon Engineering Services • National Reconnaissance Office (NRO) • Omnetics Connector Corporation • Peregrine
Semiconductor Corporation • Photo-Sonics • Photron USA • Plasma Ruggedized Solutions • Precision Fluid Controls • Purple
Platypus • Pyramid Space • Q-Tech Corporation • RDF Corporation • Riverhawk Company • RS&H • RT Logic • SatNews Publishers •
Seal Methods • Silicon Designs • SOURIAU PA&E • Southwest Research Institute • Space Information Labs • Space Systems/Loral
• Spectral Dynamics • SSBV Aerospace & Technology Group • Stanford Mu Corporation • STAR-Dundee Ltd • Stellar Technology
• STPI Group • Students for the Exploration and Development of Space • TDK-Lambda • Team Corporation • TeleCommunication
Systems • Ten Tech LLC • Thermacore • Transline Technology • United Electronic Industries • United Technologies Aerospace
Systems • VECTRONIC Aerospace GmbH • VerTechs Enterprises • Vibration Research Corporation • Vision Research • VPT •
Whitmor/Wirenetics • Witte America • Wyle • X PRIZE Foundation • XCOR • ZARM Technik AG • ZERO-G • Zuken USA
Correct at the time of print
Event Supporters
SATNEWS PUBLISHERS
Satellite News, SatMagazine & MilsatMagazine
15
MAY 21-23, 2013 USEFUL INFORMATION
Exhibition opening hours
Tuesday May 21: 9.00am – 6.00pm
Wednesday May 22: 9.00am – 5.00pm
Thursday May 23: 9.00am – 3.00pm
Venue
Hall A - Long Beach Convention &
Entertainment Center
300 East Ocean Boulevard
Long Beach, California 90802, USA
Travel
If you are visiting by road, air or rail,
visit www.spacetechexpo.com/venue for your
quickest route.
Hotels
Discounted hotel rates are available at
www.spacetechexpo.com/visitors-hotels
Reception
Tech Expo Drinks
The Official Space
5pm – 6pm.
,
21
y
Ma
y
da
es
Tu
will take place on
pass today!
Register for your
REGISTRATION OPTIONS
Choose from the registration options below to ensure your attendance at Space Tech Expo 2013.
Registration Type
Price
Exhibition visitor
• Exhibition hall entry
• Satellite & Space Summit sessions
• Open Tech Forum seminars
• Space Experience Park
• Networking reception
FREE
Visit www.spacetechexpo.com/visitor-register
• Space Experience Park
FREE
Visit www.spacetechexpo.com/visitor-register
Satellite & Space Summit
Full 3-day conference pass
• Space Tech Conference 3-day access
• Conference delegate dining and coffee
$695
Visit www.spacetechexpo.com/conference-program-2013
• Networking receptions (if applicable to day)
$295
Visit www.spacetechexpo.com/conference-program-2013
Full 1-day conference pass
• Space Tech Conference 1-day access
• Conference delegate dining and coffee
Press Pass
Enquire within
Email marketing@spacetechexpo.com
PLEASE NOTE:
Academic, military and government rates apply for the Space Tech Conference. Enquire within for further information – email us at info@spacetechexpo.com.
Contact us
132 Queens Road
Brighton, BN1 3WB, UK
Tel: +1 877 842 6289
Fax: +44 1273 774341
info@spacetechexpo.com
www.spacetechexpo.com
16
Follow us on Twitter @spacetechexpo
Join the Space Tech Expo LinkedIn Group
SpaceTechExpo
Space Tech Expo

MAY 21-23, 2013

Transcription

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