The effects of ammonium hydrogen sulfide and Freon 14 on silicon solar cells
Effects of ammonium hydrogen sulfide and Freon 14 on silicon solar cells with titanium silver grids and contacts
Gilleland, F. W.↗
SEARCH · Engineering Papers
Results for “silver”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Alkaline battery separator characterization studies Quarterly report, May 23 - Aug. 23, 1967
Physical and chemical stability, transport properties, and battery performance in simplified cell design for alkaline silver battery separator materials
Kelley, J. J.↗
Separator development for a heat sterilizable battery Quarterly summary progress report no. 4, 1 Oct. - 31 Dec. 1967
Ligand containing polymers for use as heat sterilizable separators for silver zinc battery
Mc Elhill, E. A.↗
Heat sterilizable, impact resistant cell development Interim summary report, 24 Sep. 1965 - 30 Sep. 1967
Development, heat sterilization, and shock testing of silver-zinc cell
Bodamer, G. W.↗
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.↗
Creep at Elevated Temperatures and High Vacuum
High vacuum, high temperature, creep tests on copper and silver
Giannuzzi, A.↗
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.↗
Low solar absorptance and emittance surfaces utilizing vacuum deposited techniques Final report, 1 Jun. 1967 - 25 Mar. 1968
Optical properties and stability of vacuum deposited silver and dielectric film coatings
Greenberg, S. A.↗
Toward improved primary electrochemical power systems
Hydrogen oxygen fuel cells, silver zinc batteries, and current technology in primary electrochemical spacecraft power systems
Cohn, E. M.↗
Reduced gravity battery test program Quarterly report, Feb. 21 - May 20, 1968
Breadboard model design and construction of test equipment for studying silver zinc battery behavior in zero-g environment of earth orbit
Yerman, A. J.↗
Electrochemical cells for use in a balloon environment Final report
Structure and fabrication of silver zinc solid electrolyte battery for meteorological balloon environment
Source record↗
Sealed cells and auxiliary electrodes.
Silver-cadmium, nickel-cadmium and Leclanche battery systems, discussing auxiliary electrodes
Lerner, S.↗
Low solar absorptance surfaces with controlled emittance - A second generation of thermal control coatings.
Low solar absorption surface coatings of aluminum, silver and silica with controlled emittance for spacecraft thermal control
Greenberg, S. A.↗
Rates of dissociation of Ag sub 2 O sub 2.
Silver dioxide dissociation rate for dry material, water slurries and slurries in KOH solutions, noting effects of temperature and KOH concentration
Otto, E. M.↗
X-ray and neutron diffraction studies of the high-temperature beta-phase of the AgBiSe sub 2 /AgBiS sub 2 system.
X ray and neutron diffraction studies of NaCl type beta phases of silver-bismuth selenide/sulfide, determining crystal structure
Glatz, A. C.↗
The effects of interaction energy in numerical experiments on gas-surface scattering.
Scattering of neon, argon and xenon from silver surfaces, discussing values of interatomic binding energy
Oman, R. A.↗
Mass transport mechanism in porous fuel cell electrodes
Results of experiments on hydrogen-oxygen fuel cells show that higher current densities are obtained with cell anodes having a 100 micron thin active layer of porous nickel containing silver electrocatalyst. Increase in current density is attributed to a convective mass transport mechanism.
Jonsson, I.↗