Development and fabrication of advanced battery energy storage system Final report, 27 Sep. 1966 - 26 Oct. 1967
Advanced 28 volt silver-cadmium electrical energy storage system
Gross, S.↗
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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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Study of the use of auxiliary electrodes in silver cells
Auxiliary electrodes in silver-cadmium and silver zinc cells for hydrogen and oxygen recombination, and hydrogen combination cell design
HYDROGEN RECOMBINATION↗
Space cell test program Monthly progress report, period ending 30 Nov. 1966
Life cycle tests, failure analysis,and capacity of nickel-cadium, silver-cadmium, and silver-zinc fuel cells
SILVER-ZINC BATTERY↗
Sealed cells and auxiliary electrodes.
Silver-cadmium, nickel-cadmium and Leclanche battery systems, discussing auxiliary electrodes
Lerner, S.↗
Technical/Scientific Meeting on Space Battery Specifications, 1st session Transcript of proceedings
Interim model specifications for nickel-cadmium and silver-cadmium cells for spacecraft
Source record↗
Progress in electrochemical storage for battery systems
Efforts to improve electrochemical systems for space use relate to: (1) improvement of conventional systems; (2) development of fuel cells to practical power systems; and (3) a search for new systems that provide gains in energy density but offer comparable life and performance as conventional systems. Improvements in sealed conventional systems resulted in the areas of materials, charge control methods, cell operations and battery control, and specific process controls required during cell manufacture. Fuel-cell systems have been developed for spacecraft but the use of these power plants is limited. For present and planned flights, nickel-cadmium, silver-zinc, and silver-cadmium systems will be used. Improvements in nickel-cadmium batteries have been applied in medical and commercial areas.
Ford, F. E.↗