Generation of long time creep data on refractory alloys at elevated temperatures Monthly report, 17 Mar. - 14 Dec. 1967
Creep tests of molybdenum base TZC, TZM alloys tantalum base T-111 and Astar 811C in vacuum environments
Sheffler, K. D.↗
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Low drive temperature stable memory cores
Calcium, molybdenum, and lithium compounds as low drive temperature stable memory cores
Lessoff, H.↗
Slurry applied duplex coatings for tantalum and columbium alloys
Tungsten and molybdenum alloy silicide slurry applied and vacuum sintered on tantalum and niobium alloys for protection from oxidation
Stetson, A. R.↗
High temperature protective coatings for refractory metals Final technical report
High temperature protective coatings of iridium on tantalum, niobium, molybdenum, and tungsten
Rexer, J.↗
Thermionic research and development program Quarterly progress report
Single crystal molybdenum and rhenium electrodes for low work function collectors in thermionic converters
Campbell, A.↗
Total Energy Distribution Measurements of Field Emitted Electrons Progress Report, 14 Feb. - 14 May 1968
Potential energy analyzer tube for measuring field emitted electrons from coated tungsten and molybdenum surfaces
Crouser, L. C.↗
Contamination of MOS field effect transistors.
Positive ion current emission by tungsten and molybdenum studied for influence of impurities on MOSFET transistors
Hoenig, S. A.↗
Hydrogen effects in refractory metals.
Hydrogen effects on molybdenum, tungsten, columbium and tantalum, studying solubility, permeability, diffusion and phase diagrams
Chandler, W. T.↗
Deposition of MoS sub 2 films by physical sputtering and their lubrication properties in vacuum.
Physical sputtering deposition of molybdenum disulfide films as solid lubricant on rotating and sliding components, discussing lubrication properties in vacuum
Spalvins, T.↗
Refractory-metal compound impregnation of polytetrafluoroethylene
Process impregnates polytetrafluoroethylene /PTFE/ with rhenium or molybdenum compounds. The refractory metals impregnated PTFE combines chemical inertness with electrical conductivity. They are useful for electro-chemical cells, chemical processing equipment, catalysts, electrostatic charge removal, RF gasketing, and cable shielding.
Leibecki, H. F.↗
Generation of long time creep data on refractory alloys at elevated temperatures Quarterly report, 28 Mar. - 13 Jun. 1968
Creep tests of molybdenum alloys, and tantalum alloys
Sheffler, K. D.↗
Dispersion-strengthened chromium alloys
Oxide dispersion strengthened chromium-molybdenum alloys
Allen, R. E.↗
Effects of thermal-shock cycling on thin-film cadmium sulfide solar cells
Thermal shock cycling of Kapton, copper, and molybdenum thin film cadmium sulfide solar cell
Smithrick, J. J.↗
A fabrication process for glass coated electron-bombardment ion thruster grids
Production of glass coatings for molybdenum ion thruster accelerator grids
Banks, B. A.↗
Silicide coatings for tantalum and columbium alloys Final summary report, 1 Apr. 1967 - 31 Dec. 1968
Tungsten, titanium, vanadium, and molybdenum modifier alloys for coating of tantalum base alloys
Shoemaker, H. E.↗
Deposition of MoS sub 2 films by physical sputtering and their lubrication properties in vacuum.
Physical sputtering deposition of molybdenum disulfide films as solid lubricant on rotating and sliding components, discussing lubrication properties in vacuum
Spalvins, T.↗
Emission characteristics of a duplex vapor- deposited tungsten emitter.
Emission characteristics of duplex vapor deposited tungsten emitter with molybdenum collector in variable spacing guard ring converter
Lieb, D.↗
High-temperature ''hydrostatic'' extrusion
Quasi-fluids permit hydrostatic extrusion of solid materials. The use of sodium chloride, calcium fluoride, or glasses as quasi-fluids reduces handling, corrosion, and sealing problems, these materials successfully extrude steel, molybdenum, ceramics, calcium carbonate, and calcium oxide. This technique also permits fluid-to-fluid extrusion.
Hunt, J. G.↗