Development of lithium diffused radiation resistant solar cells Quarterly report
Effect of sintering TiAg contact on p/n cells from effect of heat treatment on lithium diffused cells
Payne, P.↗
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Results for “sinter”
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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Development of uniform and predictable battery materials for nickel-cadmium aerospace cells Quarterly report, 8 Nov. 1968 - 7 Feb. 1969
Sintering of INCO and carbonyl nickel powder for preparing plaques for use in nickel cadmium batteries
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Development of improved zinc electrodes for secondary batteries Final report, Jul. 1968 - Jul. 1969
Performance of sintered zinc oxide electrodes for secondary batteries
Himy, A.↗
Elastic constants versus porosity for a highly porous ceramic, perlite.
Compressional and shear wave velocities vs porosity for sintered perlite bricks
Warren, N.↗
Growth of phase-pure, crack-free single crystals and large-grained polycrystals of molybdenum disilicide
High purity molybdenum disilicide crystals are prepared by zone melting sintered compacts. This method yields single crystals or polycrystals free from macrocracks which allow better measurement and evaluation of mechanical properties.
Rossetti, M.↗
Development of improved test standards for monolithic circuits Final report, 6 May 1969 - 6 May 1970
Improved test standards for monolithic circuits, and effects of oxide edge profile, aluminum deposition, and sintering process on microcrack formation
Bloom, M.↗
Isotropic beryllium for mirror blanks
Pressureless sintered isotropic beryllium surfaces for telescope mirrors
Brown, H. M.↗
Effects of lithium and oxygen losses on magnetic and crystallographic properties of spinel lithium ferrite
Spinel lithium ferrite magnetic and crystallographic properties, considering effects of Li and oxygen losses, sintering temperature and cooling rate
Childress, J. D.↗
Method of making impurity-type semiconductor electrical contacts Patent
Fabrication of sintered impurity semiconductor brushes for electrical energy transfer
Horton, J. C.↗
Production of uniform nickel-cadmium battery plate materials Quarterly report, 13 Sep. - 12 Dec. 1969
Preparation of sintered nickel plaques under varied experimental conditions for development of laboratory process to manufacture uniform and reliable nickel cadmium battery plate materials
Source record↗
Production of uniform nickel-cadmium battery plate materials Quarterly report, 13 Dec. 1969 - 12 Mar. 1970
Determining effect of process variables on sintered nickel plaques and impregnated plates
Source record↗
Study of process variables associated with manufacturing hermetically sealed nickel-cadium cells Quarterly report, 23 May - 23 Aug. 1970
Separator materials, ceramic to metal seals, cell plate polarization and impregnation processes, and plaque sintering data for study of variables in manufacture of nickel cadmium cells
Carr, E. S.↗
Composition and microstructure of stabilized hafnium dioxide
Air sintered oxides stabilized hafnia body compositions and phases from X ray diffraction and electron microprobe correlation, noting monoclinic and cubic grains
Buckley, J. D.↗
Lunar breccias
Lunar breccia, considering welded or sintered breccias, glassy breccias containing xenocrysts and xenoliths, instant rock breccias and recrystallized breccias
Mckay, D. S.↗
A lime refractory for high temperature use
Lime refractory fabrication and properties for high temperature applications, describing production of calcium oxide grain by sintering process from commercial calcium hydroxide
Benson, J. T.↗
Fabrication of large ceramic electrolyte disks
Process for sintering compressed ceramic powders produces large ceramic disks for use as electrolytes in high-temperature electrolytic cells. Thin, strain-free uniformly dense disks as large as 30 cm squared have been fabricated by slicing ceramic slugs produced by this technique.
Ring, S. A.↗
Fabrication techniques for organic electrolyte battery
Experiments in fabrication and testing of silver chloride electrodes for use in organic electrolyte batteries are discussed. Electrodes were fabricated by pelletizing, sintering, hot press binding, and paste binding silver chloride on expanded metal grids of nickel or silver. Each technique was investigated by statistically designed factorial experiment.
Mcdonald, G. D.↗
Development and fabrication of lithium-doped solar cells
The application of contacts and coatings after lithium diffusion provides good electrical output and satisfactory contact adhesion by sintering for short times at temperatures less than the lithium diffusion temperature. High output and repeatability are obtainable from both oxygen-rich and oxygen-lean silicon. These fabrication sequence alterations have led to higher cell output, better appearance, and increased contact strength.
Iles, P. A.↗