Introduction to NASA Applications using Fuel Cell and Electrolysis Technologies
This presentation introduces NASA applications that use fuel cell and electrolysis technologies for near-term space exploration.
Fuel Cells↗
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Results for “ELECTROLYSIS”
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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A continuous culture apparatus for the microbial utilization of hydrogen produced by electrolysis of water in closed-cycle space systems.
Continuous culture apparatus for bacterium, hydrogenomonas eutropha, as food and utilization of hydrogen produced by electrolysis of water in closed-cycle space system
FOOD↗
Electrolysis-hydrogenomonas bacterial bioregenerative life support system.
Electrolysis-Hydrogenomonas bacterial bioregenerative life support system for manned space flight of long duration
HYDROGENOMONAS↗
Electrolysis-hydrogenomonas bacterial bioregenerative life support system.
Electrolysis-Hydrogenomonas bacterial bioregenerative life support system for manned space flight of long duration
EXTRATERRESTRIAL LIFE↗
A water-vapor electrolysis cell with phosphoric acid electrolyte
Design criteria for water vapor electrolysis cell modules with integral ducting and fan for operation in recirculated spacecraft cabin air
Clifford, J. E.↗
Design and fabrication of a water electrolysis unit for an integrated life support system Final report, 6 Aug. 1966 - 31 May 1968
Water electrolysis unit design and development for integrated life support system oxygen production
Antony, A. P.↗
Study to establish criteria for a solar cell array for use as a primary power source for a lunar-based water electrolysis system, phase 1 Final technical report, 1 Jul. 1967 - 30 Jun. 1968
Parametric performance and design criteria for assessing feasibility of large solar array and fuel cell systems as primary power source for lunar-based water electrolysis system
Boretz, J. E.↗
Study to establish criteria for a solar cell array for use as a primary power source for a lunar-based water electrolysis system Monthly progress report, 1 Jul. - 31 Aug. 1967
Preliminary investigations on large solar cell arrays for lunar-based water electrolysis
Boretz, J. E.↗
Water-vapor electrolysis cell with phosphoric acid electrolyte.
Oxygen production by water vapor electrolysis cell with phosphoric acid electrolyte
Clifford, J. E.↗
Water electrolysis - Prospect for the future.
Water electrolysis, discussing oxygen generators for spacecraft prototype cells and testing
Johnson, R. W.↗
Hydrazine electrolysis for spacecraft propulsion. Analysis and test of a dual-mode gas and liquid system Final report
Dual-mode hydrazine electrolysis for spacecraft propulsion system
Butcher, W. W.↗
Experimental performance of a water- electrolysis rocket
Water electrolysis rocket engine performance tests
Rollbuhler, R. J.↗
Electrodeless electrolysis of solid electrolytes Semiannual progress report, 1 Nov. 1967 - 31 May 1968
Glow discharge electrolysis of fused electrolytes
Brenner, A.↗
Hydrazine electrolysis cell safety limits tests
Hydrazine electrolysis cell safety limits tests
Morgan, N. E.↗
Long-term operation of a water electrolysis module
Construction and testing of water electrolysis subsystem to generate breathable oxygen for use in spacecraft or aircraft environment
Schubert, F. H.↗
Development of a carbon dioxide-water solid oxide electrolyte electrolysis system Annual report, 29 Mar. 1968 - 29 May 1969
Carbon dioxide-water solid oxide electrolyte electrolysis system
Inami, S. H.↗
Water electrolysis - Prospect for the future.
Water electrolysis, discussing oxygen generators for spacecraft prototype cells and testing
Johnson, R. W.↗
Hydrazine Electrolysis Cell Safety Limits Tests Summary Report, 1 Apr. - 29 May 1969
Performance tests of hydrazine electrolysis cells
Morgan, N. E.↗