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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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Porous nickel plaque preparation for use in nickel cadmium batteries for aerospace application
Screening and selection methods for nickel-cadmium cell plates
Field and photon enhanced electron emission characteristics of cadmium sulfide field emitters
Impregnation of porous nickel plaques with active materials of nickel cadmium aerospace cells
Cycle life of spacecraft nickel-cadmium cells with signal and recombination electrodes
Synchronous orbit simulation for testing nickel cadmium cells
Results of acceptance of nickel cadmium spacecraft cells
Cuprous sulfide layer on single crystal cadmium sulfide surface
Life cycle tests to determine silver cadmium cell capability
Acceptance tests of 20 ampere-hour sealed nickel-cadmium secondary spacecraft cells
Results of acceptance tests of nickel cadmium spacecraft cells for use in small astronomical satellites
Development of improved cadmium sulfide solar cells
Process variables associated with manufacturing hermetically-sealed nickel-cadmium cells
Mercury cadmium telluride photodetectors, analyzing gain, signal current and radiation limits
Large capacity sealed nickel cadmium battery for spacecraft, describing mechanical and electrical characteristics
Cadmium prevents fracturing of hard anodic coating under torquing to system specification requirements, prevents galvanic coupling, and eliminates need for crush washers, which, though commonly used in industry, do not correct leakage problem experienced when anodized aluminum fittings and anodized aluminum cap assemblies are joined.
X ray and electron damage of cadmium sulfide
Optical transmission characteristics of copper sulfide barriers formed on cadmium sulfide films