Engineering topics
Publications and source records attributed to Weinberg, A. F..
Mechanical properties of vapor deposited tungsten are improved by selective incorporation of various nonmetallic impurities. Addition of trace quantities of carbon, nitrogen, or oxygen can significantly increase both low and high temperature yield strength without greatly affecting ductile-to-brittle transition temperature.
Nonmetallic additive effects on properties of vapor deposited tungsten
Effects of additions of carbon, nitrogen or oxygen on properties of vapor deposited tungsten
Purity and resistance to grain growth of vapor deposited tungsten tubing for use as thermionic emitter
Resistance to grain growth of tungsten prepared by vapor deposition at high temperatures
Uranium and zirconium carbides as thermionic cathode materials or nuclear fuel for refractory metal thermionic emitters
Electron emission test of uranium carbide compatibility with tungsten alloys for nuclear fuel elements
Carbides as cathodes for thermionic space reactors - emission, stability, vaporization, and mechanical, irradiation, and diffusion properties of uranium and zirconium carbide
Thermionic space power material - isostatic pressing, vapor deposited tungsten, high temperature properties, cesium thermionic cell life testing, and irradiation studies
Thermionic materials for space power application - uranium carbide-zirconium carbide fuels and tungsten cladding
Investigation of two arrangements of thermionic emitters for application in the direct conversion of fission heat to electricity
Selection of thermionic cathodes for reactor tests
Uranium and zirconium carbide cathodes for thermionic space reactors - vapor loss, diffusion rate and thermoconductivity
Carbides as nuclear heated thermionic cathodes
Carbides as cathodes for thermionic space reactors