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Research and Technology
Power and On-Board Propulsion Technology
Quantum Dots Investigated for Solar Cells
Silicon Carbide Solar Cells Investigated
Floating Potential Probe Deployed on the International Space Station
Carbon Nanotube Anodes Being Evaluated for Lithium Ion Batteries
Atmospheric-Pressure-Spray, Chemical-Vapor-Deposited Thin-Film Materials Being Developed for High Power-to-Weight-Ratio Space Photovoltaic Applications
Photovoltaic Engineering Testbed Designed for Calibrating Photovoltaic Devices in Space
Advanced Power Technology Developed for the Starshine 3 Satellite
High-Power Electromagnetic Thruster Being Developed
Magnetohydrodynamic MACH Code Used to Simulate Magnetoplasmadynamic Thrusters
Next-Generation Ion Propulsion Being Developed
Modular 5-kW Power-Processing Unit Being Developed for the Next-Generation Ion Engine
13-kV Ion-Extraction System Being Developed for Inert Gas Ion Engines
Deep Space 1 Ion Engine Completed a 3-Year Journey
Flywheel Charge/Discharge Control Developed
Intelligent dc-dc Convertor Technology Developed and Tested
Solid-Body Fuse Developed for High-Voltage Space Power Systems
Sensitive Technique Developed Using Atomic Force Microscopy to Measure the Low-Earth-Orbit Atomic Oxygen Erosion of Polymers
MISSE PEACE Polymers: an International Space Station Environment Exposure Experiment Being Conducted
Physical and Thermal Properties Evaluated of Teflon FEP Retrieved From the Hubble Space Telescope During Three Servicing Missions
Facility and Methods Developed for Simulated Space Vacuum Ultraviolet Exposure Testing of Polymer Films
High-Temperature Intercalated Graphite Fiber Conductors Studied
Solar Selective Coatings Developed for Space Power Applications
Cryogenic Electronics Being Developed for Space Operation
Integrated Stirling Convertor and Hall Thruster Test Conducted
Stirling Research Laboratory Providing Independent Performance Verification of Convertors for a Stirling Radioisotope Generator
Refractive Secondary Solar Concentrator Demonstrated High-Temperature Operation
Operation of a Thin-Film Inflatable Concentrator System Demonstrated in a Solar Thermal Vacuum Environment
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Last updated: June 2002
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