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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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Magnesium-zinc reduction of thorium dioxide is used for the preparation of thorium metal. Potential economic advantages of this technique include use of relatively inexpensive reagents for the metal and flux phases, and production of metal of acceptable quality in good yield.
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.
Use of miniature fuel cells to control pressure in sealed silver oxide-zinc storage cells
Ultraviolet degradation of zinc oxide thin films
Materials evaluation and design development of silver zinc battery for space application
Absorption analysis for copper and zinc traces in iron and stony meteorites
Silver zinc cell with inorganic separator for improved cycle life
High cycle life 30 AH sealed silver oxide-zinc cell development
Acceptance testing of 5.0 ampere-hour silver zinc secondary spacecraft cells
Cycling performance of secondary zinc oxygen cell for spacecraft
Performance tests for zinc-oxygen cell for spacecraft applications
Design improvements in silver-zinc battery for space application
Performance of sintered zinc oxide electrodes for secondary batteries
Superconductivity and band structure from pseudopotential for zinc and cadmium, analyzing values of electron phonon mass enhancement
Anomalous size effects in galvanomagnetic properties of zinc crystal samples caused by compensation
Depth and planarity of zinc diffused junctions in GaP using temperature, phosphorus overpressure and time as independent variables
Silver-zinc cells having a separator system of cross-linked high-density polyethylene with a methacrylic acid graft withstand corrosion when subjected to thermal sterilization treatments.