SiO2/Si interface states at 77 deg K
Silicon oxide-silicon interface states at 77 degrees K
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Silicon oxide-silicon interface states at 77 degrees K
Ultrasonic attenuation of alkali halide crystals in 120 to 180 degrees K range, noting thermal annealing of dislocation pinning centers
Multilayer insulation system materials and design data for use on spacecraft in temperature range from 300 to 800 degrees K
Optical transitions and k conservation in crystalline solids explained in terms of localization of hole produced by excitation
Cosmic ray electron spectrum indicates universal 3 degrees K black body radiation confinement to galactic disk
Quasi-static calibrations for determining quartz, piezoelectric type, pressure transducer sensitivity from 20 to 477 deg K
Systems design of K-band electron density probe
Tables of electrical resistivity measurements on 16 pure metals from zero to 273 deg K
Two viewpoints of k-tuple pattern recognition, statistical approximation technique and special case of learning machine
Abundances of K, Rb, Sr and Ba in eclogites, garnet peridotite and constituent minerals from isotopic dilution analysis, noting upper earth mantle composition estimation
N and p channel MOSFET operation at 4.2 K noting noise, AC gain, power dissipation and deterioration under thermal cycling from room temperature
Real helium hypersonic flow parameters for pressures to 3600 atmospheres and temperatures to 15,000 Deg K applicable to hotshot type wind tunnels
Figures of merit for experimental silicon carbide backward diode operable to 1000 degrees K
Sodium was boiled in a vertical, 1/2-inch (1.27-cm) inside diameter by 4-fOOt (1.22-m) long tube. The columbium alloy boiler operated at flow rates of 75 to 380 lbm/hr (9.4 to 48 g/sec) and up to 0.93 quality. Boiling performance depended on whether the inlet flow was two-phase or liquid. Two-phase momentum pressure drops were 1(1/2) times frictional drops. Qualities over 0.9 were obtained at some critical (burnout) boiling conditions. Liquid superheats up to 250° F (139 K) existed before initiation of boiling.
Thermodynamic properties and physical constants of solid mercury at temperature intervals from zero degrees K to melting point at normal pressure
Thermal conductivity and specific heat of amorphous polymers between 0.4 and 4 deg K
Perhydroxyl radical electron spin resonance spectrum in solution of hydrogen peroxide and water at 77 K, noting g factor, hyperfine splitting and molecular structure
Benzene anion radical in solid solution ESR spectrum, noting removal of orbital degeneracy at 4.2 degrees K