Studies in fundamental chemistry of fuel cell reactions, appendix A Semiannual progress report, Jul. 1 - Dec. 31, 1967
Electrocrystallization of deposited zinc in dendritic form in operation of silver zinc and zinc air batteries
Bockris, J. O.↗
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Results for “Fuel Cells”
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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Test and Evaluation of Fuel Cell Catalysts Quarterly Progress Report, 3 Aug. - 3 Nov. 1967
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Flannery, R. J.↗
Test and Evaluation of Fuel Cell Catalysts Quarterly Progress Report, 1 May - 31 Jul. 1967
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Flannert, R. J.↗
Development of an improved oxygen electrode for use in alkaline h2-o2 fuel cells quarterly report, 1 jul. - 30 sep. 1967
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Hydrogen-oxygen electrolytic regenerative fuel cells, 1 august - 1 september 1967
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Astrin, R. F.↗
Development of cathodic electrocatalysts for use in low temperature h2/02 fuel cells with an alkaline electrolyte
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Giner, J.↗
Non-noble metal electrocatalysts for fuel cells Quarterly status report
SIRED evaluations of spinel catalysts effect on substrates
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Studies in fundamental chemistry of fuel cell reactions Semiannual progress report, 1 Jul. - 31 Dec. 1968
Electrochemical behavior of tungsten bronzes, formation mechanism of zinc dendrite, and organic compounds for secondary batteries
Bockris, J. O.↗
Advanced fuel cell catalysts Status report, 10 Nov. - 10 Feb. 1969
Reliable techniques for making electrodes from powders of gold chloride and aluminum
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An introduction to fuel cells
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Cohn, E. M.↗
Nickel-silver composition shows promise as catalyst for hydrogen-oxygen fuel cells
Carburized 3-1 nickel-silver preparation exhibits considerable catalytic activity, although not as high as platinum black. Cost and availability factors warrant further evaluation of nickel-silver materials.
Magerl, J. A.↗
New electrocatalysts for hydrogen-oxygen fuel cells
Platinum-silver, palladium-gold, and platinum-gold alloys serve as oxygen reduction catalysts in high-current-density cells. Catalysts were tested on polytetrafluoroethylene-bonded cathodes and a hydrogen anode at an operating cell temperature of 80 degrees C.
Cattabriga, R. A.↗
Film breakers prevent migration of aqueous potassium hydroxide in fuel cells
Electrolyte film breakers made from polytetrafluoroethylene are installed in the reactant and water vapor removal outlets of each cell and sealed by elastomers. Use of these devices in the water vapor removal cavity outlets prevents loss of KOH solution through film migration during water removal.
Hess, P. D.↗
Investigation of factors affecting the performance of porous structures used as oxygen fuel cell electrodes Final report, 1 Jul. 1968 - 8 Dec. 1969
Evaporating electrodes and structural parameters of porous systems
Katan, T.↗
Submersed sensing electrode used in fuel-cell type hydrogen detector
Electrode has silicone rubber diffusion barrier with fixed permeation constant for hydrogen. Barrier controls flow of hydrogen to anode and Faraday relationship establishes upper limit for current through cell. Electrode fabrication is described.
Niedrach, L. W.↗
Capillary matrix and fuel cell development study, appendix Final report
Small module test benches for monitoring performance evaluation parameters
Michel, R.↗
Studies in fundamental chemistry of fuel cell reactions Quarterly report, 1 Jan. - 31 Mar. 1971
Numerical analysis of solvent reorganization energy and method for prevention of dendritic crystal growth and zinc electrode surface area decrease in silver batteries
Bockris, J. OM.↗
A study of gas solubilities and transport properties in fuel cell electrolytes
An analysis of the rate of heat generation on the dissolution of sparingly soluble gas in electrolytes was made, and it leads to the conclusion that the temperature changes to be expected are much too small to be measured with precision owing to the slowness of the gas dissolution. It appears that more accurate gas solubility measurements are the only real hope of improved precision in heats of solution and other thermodynamic properties.
Walker, R. D. J.↗