Jet Propulsion Laboratory / Applications 12th IEEE International Micro Electro Mechanical Systems / / /
Facility
University of Washington / NASA Institute / /
IndustryTerm
pico-satellite / metal / power generation systems / large systems / Momentum devices / actual device / rugged device / integrated satellite / multi-chip-module technology / satellite containing / cross product / electrostatic rotary devices / solar electricity / space systems / spacecraft subsystem technology / microspacecraft applications / chemical thrusters share / silicon processing techniques / space applications / aerospace community / satellite teams / satellite attitude control / /
Organization
University of Washington / US Federal Reserve / NASA Institute for Advanced Concepts / /
Person
A. Lipson / Mark Campbell / T. Leitner / E. K. Antonsson / Joel Reiter / T. D. Conto / V / E. Socher / R. B. Cohn / S. W. Janson / D. J. Setter / D. H. Lewis / Jr. / N.Fabre / S. Kaldor / Y. Nemirovsky / /
Position
co-operative / /
Product
Disk Suspension / Plate Suspension / /
ProvinceOrState
Washington / /
Technology
150 m 2 m 3.44 g/cm3 MEMS technologies / Microelectromechanical Systems / optical sensing / MEMS / multi-chip-module technology / actual implementation using MEMS technology / simulation / MEMS spacecraft subsystem technology / /
MEMS Control Moment Gyroscope Design and Wafer-Based Spacecraft Chassis Study a a