Interplanetary monitoring platform, imp i - explorer xviii second interim status report
Performance summary of IMP-1 - instrumentation power supply, telemetry, and thermal systems
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Performance summary of IMP-1 - instrumentation power supply, telemetry, and thermal systems
Photoelectron energy distributions from indium in far ultraviolet
Radiative heat transfer for nongray nondiffuse surfaces in space environment
Contact area between two wavy rough surfaces and experimental determination of contact conductance
Effects of surface states and grain boundaries on free carrier concentration, mobility, and free path of charge carriers in thin films - Design and fabrication of thin film electronic devices
Protective coatings effect on stress corrosion properties of supersonic transport skin materials
Structural failure criteria for viscoelastic materials
Space radiation effects on Apollo mission - dose limits for crew protection
Space radiation effects on Apollo mission - shielding analysis
The analysis of the Apollo radiation environment concentrates on solar flare particle events. These particles are the major radiation hazard to Apollo. The flux of cosmic rays is too low to be significant, and the passage of the space- craft through the Van Allen belts is fast enough to keep the dose to a low level.
Space radiation effects on Apollo mission - operational procedures for dose reduction
Apollo spacecraft nuclear radiation protection
Materials, plasma, and electrochemical engineering
Energy loss of charged particles in plasmas
Computer program for analyzing electronic circuits - Conduction processes in thin films
Measurement of laser beam light scattered by atmosphere
Radioisotopic propulsion systems for solar probes or deep space missions considering lightweight tankage, liquid hydrogen storage, etc
Multistrip cesium contact ion engine using tungsten ionizer increases theoretical life by orders of magnitude