The integration of radioisotope thermoelectric systems and spacecraft.
Radioisotope thermoelectric power supply effects on satellite design
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Radioisotope thermoelectric power supply effects on satellite design
Radioisotopic propulsion systems for solar probes or deep space missions considering lightweight tankage, liquid hydrogen storage, etc
Radioisotopic continuous measurement techniques for determination of heat shield ablation and sublimation
Radioisotope heat source - annotated bibliography on nuclear characteristics of radioactive isotopes
Heat sensitive radioisotopes for temperature measurements in rocket nose cones
Nuclear, chemical, and physical properties of SNAP radioisotopes with annotated bibliography
Radioisotopes for heating ionizers in contact ionization thrustors
Plutonium-238 radioisotope Brayton cycle power system design and vehicle integration
Measurement of blood flow by external monitoring of radioisotopes
Parametric analysis of radioisotope thermionic generators
Dynamic method of measuring output power characteristics of radioisotope thermoelectric generator
Projected large-scale use of radioisotopes by NASA
Radioisotope heating of ionizers in contact ionization thrustor in primary electric propulsion systems
Reliability and efficiency of low input voltage inversion/conversion from radioisotopic thermoelectric generator power sources
Method and computer program for calculating creep and optimizing dimensions of capsules filled with alpha-emitting radioisotopes and exposed to varying stress and temperature
Brayton cycle radioisotope heat source design
Conceptual designs for radioisotope heat source systems to provide 25 kW thermal power to Brayton cycle power conversion system for space applications
Radioisotope and radiation techniques for terrestrial and planetary gas and solid measurements