Apollo logistics support systems molab studies. radioisotope power systems for a lunar surface vehicle
Combination of fuel cell system and nuclear radio isotope system to provide electric power for lunar surface exploration mission
LUNAR SURFACE↗
SEARCH · Engineering Papers
Results for “Radioisotopes”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Apollo extension system studies. state of the art of radioisotope power systems for lunar surface vehicles
Radioactive isotope electric power used on lunar surface - thermoelectric, thermionic, Brayton cycle, mercury-Rankine, Dowtherm-A Rankine systems, and Stirling engine
STIRLING CYCLE↗
Parametric analysis and conceptual design of a radioisotope-thermionic space power generation system
Parametric analysis and conceptual design of radioactive isotope thermionic space power generation system
RADIOACTIVE ISOTOPE↗
Preliminary investigation of the feasibility of a radioisotope x-ray source
Feasibility of radioactive isotope X-ray source for X-ray diffractometry
X-RAY DIFFRACTION↗
Heat-shield ablation and sublimation determinations through radioisotope techniques.
Heat-shield sublimation and ablation determination during atmospheric reentry, using radioactive technique
ABLATION↗
Parametric analysis and conceptual design of a radioisotope-thermionic space power generation system.
Parametric analysis and conceptual design of radio isotope-thermionic space power generation system
RADIOACTIVE ISOTOPE↗
Heat-shield ablation measurements using radioisotope techniques
Radioactive isotope technique for heat shield ablation measurement during reentry
RADIOACTIVE ISOTOPE↗
Radioisotopic Biochemical Probe for Extraterrestrial Life Fifth Annual Progress Report
Radiosotopic biochemical probe for extraterrestrial life - Gulliver program
BIOCHEMISTRY↗
Projected large-scale use of radioisotopes by NASA.
Design of isotopic heat sources for space missions, noting atmospheric contamination when source burns on reentry, source and shield weights, sealing of alpha emitters, etc
HEAT SOURCE↗
Investigation of the use of a radioisotope for space environment simulation Final report
Beta emitting strontium 90 used as electron source for material testing in space environment simulation chamber
BETA RADIATION↗
POODLE radioisotope propulsion technology.
POODLE low thrust radioactive propulsion technology, discussing operation, mission application, tests, capsule and thrustor performance
POODLE ROCKET ENGINE↗
Projected large scale use of radioisotopes by NASA
Use, hazards, and comparison of radioactive isotopes for space power systems
English, R. E.↗
Analysis and selection of design conditions for a radioisotope Brayton-cycle space powerplant
Analysis and selection of design for plutonium 238 for Brayton cycle space powerplant
Barna, G. J.↗
Feasibility tests of a radioisotope type ablation measuring system
Reentry shielding ablation measured by imbedded radioactive isotopes with radiation dector
Le Bel, P. J.↗
Properties of selected radioisotopes. A bibliography, part 1 - Unclassified literature
Nuclear, chemical, and physical properties of nine radioactive isotopes - annotated bibliography
Epstein, J.↗
Radioisotopic exchange between chlorine gas and molten PbCl sub 2 -KCl.
Cl gas solubility in molten lead chloride- potassium chloride mixtures, temperature and KCl concentration dependence and existence of exchange process
Harrington, G. W.↗
Radiological control procedures applicable to radioisotope thermoelectric generator SNAP-27. Volume 1 - Normal operations
Radiological control procedures applicable to transport, handling, and storage of the thermoelectric generator SNAP 27 prior to launch during normal conditions
Calley, H. W.↗
Radiological control procedures applicable to radioisotope thermoelectric generator SNAP-27. Volume 2 - Radiological emergencies
Radiological control procedures for transportation, handling, and storage of SNAP 27 thermoelectric generator in radiological emergencies
Calley, H. W.↗