Hall and photoresponse measurements associated with ultraviolet and near ultraviolet degradation of thin zinc oxide films
Optical and electrical parameters of zinc oxide degradation during exposure to spectral radiation
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Optical and electrical parameters of zinc oxide degradation during exposure to spectral radiation
Photoconductivity and electric conductivity of polycrystalline zinc oxide thin film under low intensity irradiation
Inorganic separator for use in heat sterilized, silver-zinc primary cell with space mission applications
Barrier properties of membrane separators for silver oxide-zinc and silver oxide-cadmium spacecraft batteries
Secondary rechargeable zinc-oxygen battery for spacecraft
Zinc electrode improvement work for use in spacecraft electrochemical cells
Wrapping and preswelling techniques, and materials for improved separators for zinc-silver oxide and cadmium-silver oxide cells
Optical properties of zinc oxide analyzed by exposing samples to mechanical and thermal treatments and UV radiation
In silver-zinc cells, an auxiliary silver electrode is electrically connected to the positive terminal only during discharge. This eliminates the two-step discharge characteristic of such cells.
Surface topography of single crystals of face- centered-cubic, body-centered-cubic, sodium chloride, diamond, and zinc blende structures
Silver oxide diffusion tests on separator membranes for use in silver oxide-cadmium and silver oxide-zinc electrochemical cells
Available data is compiled on the solubilities of various metals in liquid zinc. The temperature dependence of the solubility data is expressed using the empirical straight line relationship existing between the logarithm of the solubility and the reciprocal of the absolute temperature.
Uranium, thorium, and plutonium are effectively prepared by magnesium-zinc reduction, using uranium oxides, thorium dioxide, and plutonium dioxide as starting materials. This technique is also useful in performing reduction of metals such as zirconium and titanium.
Reactions pertaining to zinc-silver and cadmium-silver batteries
Zinc-oxygen primary cell yields high energy density for battery used as an auxiliary power source in space vehicle systems. Maximum reliability and minimum battery weight is achieved by using a stacking configuration of 23 series-connected modules with 6 parallel-connected cells per module.
Properties of electrolytes, separators, electrodes, and deposits in silver-zinc cells
Microminiature fuel cell design and tests, and gas discharge data on silver zinc cells
Electrochemical oxidation of zinc, thermal decomposition of silver oxide, and solubility determinations of silver oxides in potassium hydroxides