Analytical study of catalytic reactors for hydrazine decomposition Annual progress report, 15 Apr. 1966 - 14 Apr. 1967
Analytical study of catalyzed hydrazine decomposition reaction chambers for predicting system steady state and transient behavior
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Analytical study of catalyzed hydrazine decomposition reaction chambers for predicting system steady state and transient behavior
Computer program representing two dimensional steady state model of distributed-feed catalyzed hydrazine decomposition reaction chamber
Point-kernel computation and experimental measurements of gamma heating effects during thermionic diode irradiation
Primary loop transients during startup of Rankine cycle space power system in SNAP 8 simulator
Mathematical model and computer program of catalyzed hydrazine decomposition reaction chamber
Oxygen vacancies caused by fast neutrons in calcium tungstate single crystals measured by electron spin resonance
Parametric study of in-core thermionic power plants for electric propulsion, describing factors affecting transmission lines and power conditioning equipment
Effects of neutron irradiation on silicon voltage regulator Zener diodes
Rate of loss of uranium dioxide or uranium mononitride from vented nuclear fuel element
Correlation of low temperature high vacuum hydrazine ignition properties of Shell 405 catalyst with concentration of adsorbed gases
Catalyzed hydrazine decomposition reaction chamber
Liquid hydrazine penetration into catalyst particles upon immersion and decomposition of hydrazine gas
Catalytic ignition system for promoting hydrogen, oxygen combustion
Nuclear reactor/thermoelectric power system design for manned orbiting space station, discussing station integration and operation
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Pedestal-type calorimeter measures gamma-ray heating rates from 0.5 to 7.0 watts per gram of aluminum. Nuclear heating rate is a function of cylinder temperature change, measured by four chromel-alumel thermocouples attached to the calorimeter, and known thermoconductivity of the tested material.
Radiation effects on silicon voltage regulator Zener diodes for nuclear space power systems