Characterization of recombination and control electrodes for spacecraft nickel cadmium cells Final report
Oxygen signal and recombination electrodes developed for charge control of spacecraft nickel cadmium batteries
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Oxygen signal and recombination electrodes developed for charge control of spacecraft nickel cadmium batteries
Charge and discharge characteristics of cadmium-oxygen cells for spacecraft applications
Electron microscopy of electron beam irradiated amorphous silicon, germanium, and cadmium sulfide semiconductor films
Construction and performance of active cadmium sulfide thin film solar cell arrays
Auxiliary electrode signal for overcharge control of nickel cadmium batteries
Electrochemical oxidation and thermal degradation in silver zinc and silver cadmium batteries
Acceptance tests of nickel cadmium secondary cells for spacecraft power supply
Soldering or epoxy bonding of cadmium sulfide thin film solar cells into modules and quality control testing
Electrochemistry and thermodynamics of nickel cadmium batteries
Space environment simulation tests of cadmium sulfide thin film solar cells
Development and testing of cadmium sulfide thin film solar array subpanels
Thermal radiative and electrical properties of cadmium sulfide solar cell at low simulated solar intensities and temperatures
Electrochemical oxidation of zinc and cadmium in potassium hydroxide - thermal decomposition, and deposition of silver oxide on zinc anodes
Cadmium sulfide thin film solar cell design for space applications
Understanding of chemical properties of monovalent transition metal cations in aqueous solutions was obtained by a study of kinetics of reduction of different inorganic substrates by zinc, cadmium, and nickel.
Because introduction of hydrogen during bright-cadmium electroplating of high strength steels causes hydrogen-stress cracking, a program was undertaken to evaluate various processes and materials. Report describes effectiveness of inhibitors for reducing hydrogen absorption by steels.
Mercury cadmium telluride as 1- to 20-micrometer wavelength infrared detector for space applications
Literature review on pickling inhibitors and cadmium electroplating processes to minimize hydrogen absorption by ultrahigh strength steels