Electrolytically regenerative hydrogen-oxygen fuel cell battery.
Electrolytically regenerative hydrogen-oxygen fuel cells noting test on cycle life performance
Findl, E.↗
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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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Physical-chemical studies of KOH-ZnO electrolytes.
Physical-chemical studies of electrolytes KOH- ZnO, measuring vapor pressures electrical conductivity and solubilities
Dyson, W. H.↗
Photocurrents at a metal-electrolyte interface.
Photocurrents at metal electrolyte interface coulostatic measurement with dropping mercury electrode /DME/ for sodium fluoride with nitrous oxide
Delahay, P.↗
Operating characteristics of a liquid-cooled contained-electrolyte low-temperature fuel cell system over a period of 1500 hours.
1500-hr performance of liquid-cooled contained- electrolyte low temperature fuel cell system
Easter, R. W.↗
Technical report on galvanic cells with fused-salt electrolytes
Technical report is presented on sodium and lithium cells using fused salt electrolytes. It includes a discussion of the thermally regenerative galvanic cell and the secondary bimetallic cell for storage of electricity.
Cairns, E. J.↗
Analysis of secondary cells with lithium anodes and immobilized fused-salt electrolytes
Secondary cells with liquid lithium anodes, liquid bismuth or tellurium cathodes, and fused lithium halide electrolytes immobilized as rigid pastes operate between 380 and 485 degrees. Applications include power sources in space, military vehicle propulsion and special commercial vehicle propulsion.
Cairns, E. J.↗
Analysis of cell performance and thermal regeneration of a lithium-tin cell having an immobilized fused-salt electrolyte
Cell performance and thermal regeneration of a thermally regenerative cell uses lithium and tin and a fused-salt electrolyte. The emf of the Li-Sn cell, as a function of cathode-alloy composition, is shown to resemble that of the Na-Bi cell.
Cairns, E. J.↗
Electrochemical data. Part 10 - Electrolytic conductivity of aqueous solutions of the alkali metal hydroxides
Electrolytic conductivity data for aqueous solutions of alkali metal hydroxides
De Wane, H. J.↗
Development of cathodic electrocatalysts for use in low temperature hydrogen/oxygen fuel cells with an alkaline electrolyte Final report, 1 Jul. 1965 - 30 Jun. 1968
Development of cathodic electrocatalysts for use in low temperature hydrogen-oxygen fuel cells with alkaline electrolyte
Giner, J.↗
Development of an electrolytic silver-ion generator for water sterilization in Apollo spacecraft water systems. Apollo applications program Final report
Development of electrolytic silver ion generator for water sterilization in Apollo water systems
Albright, C. F.↗
The effect of nine days of recumbency, with and without exercise, on the redistribution of body fluids and electrolytes, renal function and metabolism
Effect of nine days of recumbency with and without exercise on redistribution of body fluids and electrolytes, renal functions and metabolism
Adams, W. C.↗
Simulated hydrogen cross-leakage in a low-temperature, contained-electrolyte hydrogen-oxygen fuel cell
Simulated hydrogen leakage in electrolytic hydrogen-oxygen fuel cells
Hagedorn, N. H.↗
Hydrogen-oxygen electrolytic regenerative fuel cells
Performance of prototype hydrogen oxygen electrolytic regenerative fuel cell stack with gas storage tank
Astrin, R.↗
Electrodeless electrolysis of solid electrolytes Semiannual progress report, 1 Nov. 1967 - 31 May 1968
Glow discharge electrolysis of fused electrolytes
Brenner, A.↗
Effects of temperature and electrolyte concentration on performance of a fuel cell of the Bacon type
Effects of temperature and electrolyte concentration on performance of fuel cell
Post, R. E.↗
Solid electrolyte system for oxygen regeneration
Solid electrolyte electrolysis of carbon dioxide and water as oxygen regeneration system for long manned space flights
Elikan, L.↗
Gaseous electrolytes for batteries and fuel cells Final report, 21 Aug. 1964 - 31 Jul. 1967
Dense gaseous electrolytes studied for application in energy conversion in batteries and fuel cells
Naiditch, S.↗
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.↗