The NASA/USAF program on the Environmental Charging of Spacecraft Surfaces consists, in part, of experimental efforts directed toward evaluating the response of materials to the environmental charged particle flux. Samples of thermal blankets of the type to be used on the Global Positioning System Flight Space Vehicles were tested to determine their response to electron flux. The primary result observed was that no discharges were obtained with the quartz-fiber-fabric-covered multilayer insulation specimen. The taped aluminized polyester grounding system used on all specimens did not appear to grossly deteriorate with time; however, the specimens require specific external pressure to maintain constant grounding system resistance
While the effects on spacecraft charging from varying environmental conditions and from the selecti...
While the effects on spacecraft charging from varying environmental conditions and from the selecti...
A simulation facility was established at the NASA-Lewis Research Center to determine the response of...
The NASA/USAF program on Environmental Charging of Spacecraft Surfaces consists of experimental effo...
The environmental charging of spacecraft surfaces program consists, in part, of experimental evaluat...
As spacecraft orbit the earth, they encounter a variety of particles and radiation. Charged particle...
A satellite experiment, designed to measure potential charging of typical thermal control materials ...
The third Spacecraft Charging Technology Conference proceedings contain 66 papers on the geosynchron...
Electrostatic discharge (ESD) has been shown to be the primary cause of several glitches in spacecra...
A brief listing of the concerns of the working group on spacecraft charging is presented. Brief conc...
The long term effects of the natural and induced space environment on spacecraft surfaces are critic...
Twenty candidate multilayer insulation and insulation related materials were subjected to eight cond...
Spacecraft charging due to the natural plasma environment found in all orbits is known to produce ma...
While the effects on spacecraft charging from varying environmental conditions and from the selectio...
Secondary electron emission is an important physical mechanism in the problem of spacecraft charging...
While the effects on spacecraft charging from varying environmental conditions and from the selecti...
While the effects on spacecraft charging from varying environmental conditions and from the selecti...
A simulation facility was established at the NASA-Lewis Research Center to determine the response of...
The NASA/USAF program on Environmental Charging of Spacecraft Surfaces consists of experimental effo...
The environmental charging of spacecraft surfaces program consists, in part, of experimental evaluat...
As spacecraft orbit the earth, they encounter a variety of particles and radiation. Charged particle...
A satellite experiment, designed to measure potential charging of typical thermal control materials ...
The third Spacecraft Charging Technology Conference proceedings contain 66 papers on the geosynchron...
Electrostatic discharge (ESD) has been shown to be the primary cause of several glitches in spacecra...
A brief listing of the concerns of the working group on spacecraft charging is presented. Brief conc...
The long term effects of the natural and induced space environment on spacecraft surfaces are critic...
Twenty candidate multilayer insulation and insulation related materials were subjected to eight cond...
Spacecraft charging due to the natural plasma environment found in all orbits is known to produce ma...
While the effects on spacecraft charging from varying environmental conditions and from the selectio...
Secondary electron emission is an important physical mechanism in the problem of spacecraft charging...
While the effects on spacecraft charging from varying environmental conditions and from the selecti...
While the effects on spacecraft charging from varying environmental conditions and from the selecti...
A simulation facility was established at the NASA-Lewis Research Center to determine the response of...