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GTRI Researcher Jud Ready shows off the 3D Carbon Nanotube Solar Cell, 2007
GTRI engineers continue to enhance the capabilities of HIPCOR, a high-powered coherent 95 GHz radar system, 1988.
GTRI engineers helped the Philippines use wood fuel to generate electricity.
GTRI engineers showcased their expertise in the modernization of existing military hardware through their work on the MH-53 Pave Low helicopter. Photo © U.S. Department of Defense.
GTRI human factors researchers evaluate locations for instruments in this mockup of the refurbished Seasprite helicopter, 1998.
GTRI microelectronics experts worked to improve interconnection and microcircuit reliability, 1992.
GTRI researcher Brad Fain holds the Hugo Folding Crane, 2007.
GTRI researcher Mike Willis displays the newly patented digital crystal video receiver, 2007.
GTRI researchers James Maloney (left) and Paul Friederich display prototype panels of the ultra-wideband antenna, 2006.
GTRI researchers and students teamed-up to develop the solar latrine, 2007.
GTRI researchers designed this dual-band millimeter wave to support Air Force evaluation of airborne millimeter wave electronic warfare receivers, 1983.
GTRI researchers developed and patented a hydrogel air-cleaning media that removed 50 percent of respirable-sized airborne particles and 80 to 90 percent of gaseous air pollutants, 1998.
GTRI researchers help a Georgia food processing company build an automatic loading system to put bagged frozen seafood into product boxes.
GTRI researchers use new signal processing algorithms to modify existing weather radar on board airplanes, improving the ability to predict wind shear, 1992.
GTRI researchers used molecular beam expitaxy instrumentation to grow a variety of advanced micro-electronic materials. 1988.
GTRI scientist Nile Hartman and the integrated optic interferometric sensor he developed.
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