Thermal decomposition of ganolinium-doped silver carbonate
Thermogravimetric analysis /TGA/ of gadolinium- doped silver carbonate decomposition, obtaining activation energy, preexponential factor and reaction order
Wydeven, T.↗
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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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Observed intensity and speed distributions of thermal-energy argon atoms scattered from the /111/ face of silver
Intensity and velocity distributions of thermal energy argon atoms scattered from silver /111/ face, using time of flight methods
Bishara, M. N.↗
A kinetic study of the fluorination of silver
Silver fluorination kinetics, taking temperature and pressure effects into account
Odonnell, P. M.↗
Remote activated silver-zinc battery performance Interim report
Remote activated silver zinc battery performance
Van Tine, B.↗
Development of a non-magnetic, stable, cadmium electrode for silver-cadmium cells Final report
Development of non-magnetic, stable, cadmium electrode for silver cadmium cells
CHARLIP. S.↗
High cycle life sealed silver oxide-zinc cell development Final report, 14 Feb. 1969 - 20 Jun. 1970
Developing sealed silver-zinc cell for power supply on interplanetary spacecraft
Farris, C. D.↗
The electronic states and electron-lattice interaction in the silver halides - Photoemission studies
Examining photoemission from silver halides from room to liquid nitrogen temperatures to determine electron energy states
Bauer, R. S.↗
Scattering of epithermal argon by /111/ silver surfaces - A comparison of theory and experiment
Scattering distributions for argon incident on fresh epitaxial silver films
Calia, V. S.↗
Study of the zinc-silver oxide battery system Quarterly report, Oct. - Dec. 1970, Jan. - Mar. 1971
Optical luminescence in reaction detection at rear of porous electrodes and comparison of interface reaction resistance and electrolyte ohmic resistance in zinc-silver oxide batteries
Nanis, L.↗
Biocidal effects of silver Final technical report
Elimination of microbial and viral agents from spacecraft water systems by silver ions from electrolytic ion generator
Cliver, D. O.↗
Development of a heat-sterilizable 40-Ah sealed silver-zinc cell
Development of heat-sterilizable 40-Ah sealed, nonmagnetic silver zinc cell for use on Viking spacecraft
Himy, A.↗
Giant temperature dependence of photoemission from the silver halides
Anomalous temperature dependent silver halides photoemission related to lattice vibrationally dependent hybridization of valence states
Bauer, R. S.↗
The nature of cellulose as related to its application as a zinc-silver oxide battery separator
Cellulose application as zinc silver oxide battery separator, considering chemical stability, cellophane properties, polymerization and crystallinity
Post, R. E.↗
Use of silver oxide batteries on Explorers XVII and XXXII
Service performance and tests of zinc silver oxide batteries on Explorers 17 and 32
Hennigan, T. J.↗
Origin of the electric field effect in silver
Electric field effect of epitaxial thin silver films on mica in vacuum as function of temperature, thickness and surface specularity
Berman, A.↗
Silver-chlorine fuel cell: A concept
Fuel cell regenerated by photochemical reduction enables novel slurry system to transport particles of reduced silver between regenerator section and anode. Fundamental reactions which provide electrical power from the fuel cell are given.
Lieberman, M.↗
Heavy ion passive dosimetry with silver halide single crystals
A method of detecting radiation damage tracks due to heavy particles in large single crystals of the silver halides is described. The tracks, when made visible with a simple electrical apparatus, appear similar to tracks in emulsions. The properties of the crystals, the technique of printing out the tracks, and evidence concerning the threshold energy for registering particles indicates that this method may find application in heavy ion dosimetry. The method has been found to be sensitive to stopping He nuclei and relativistic M group cosmic rays. Some impurities strongly influence the printout of the tracks, and the effects of these impurities are discussed.
Childs, C. B.↗
A versatile silver oxide-zinc battery for synchronous orbit and planetary missions
A new kind of silver-zinc cell was developed and tested under NASA support which can withstand severe heat sterilization requirements and does not display the traditional life limiting aspect of sinc electrodes i.e. shape change. These cells could be used on planetary lander mission which require wet-stand periods of over a year, a modest number of cycles (400 to 500) and may require dry heat sterilization. The weight advantage of these cells over the traditional nickel cadmium batteries also makes it an attractive alternative for synchronous orbit service where 400 to 500 cycles would be required over a 5 year period.
Schwartz, H. J.↗