U.S. Marine Corp / TRX Systems / Arabian Gulf TRX Systems / /
Country
United States / /
Facility
Penn State University / University of Maryland Clark School / Oklahoma State University / /
IndustryTerm
machinery systems / cleanest and smallest carrier / industrial systems / aerospace applications / low cost solution / fluid shock absorber systems / aerospace structural components / thin film technology / aerospace systems / chemical fuels / active damping technologies / proof-of-concept photolytic device / energy attenuating capabilities / machinery / load leveling electric power systems / fluid technology / metal nanoparticles / high work function metal / beacon technology / Conventional sensor technologies / game-changing technology / chemical energy / nanowire-nanoparticle photolytic devices / updated web site / Diagnostic algorithms / energy content / normal processing / aerospace system / energy / aerospace platforms using high-frequency interrogation / /
Organization
TSi’s Advanced Technology Division / School of Engineering / Advanced Technology Division / University of Maryland / United States Army / US Army’s Telemedicine and Advanced Technology Research Center / Oklahoma State University / Penn State University / /
Person
Gil Blankenship / /
Position
candidate for robots that interact with humans / Chairman / /
Product
ADAPTIVE MR SUSPENSIONS / /
Technology
semiconductor / active damping technologies / Telemedicine / versatilemuscles MR fluid technology / game-changing technology / SAR beacon technology / remarkably versatile MR fluid technology / Gas Chromatography / Conventional sensor technologies / fuel cells / Fuel Cell / Bluetooth / thin film technology / successfully shown using Gas Chromatography / /
Innovations Spring 2012 TSi MR dampers automatically vary the energy attenuating