Quantitative conversion of water to carbon dioxide
Method quantitatively converts water vapor to carbon dioxide permitting direct and rapid analysis of mixed-gas streams for water content.
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Method quantitatively converts water vapor to carbon dioxide permitting direct and rapid analysis of mixed-gas streams for water content.
Radioisotope thermoelectric generator for power conditioning unit for use in long term space missions
Solar auxiliary power supply unit using nickel cadmium storage batteries for Nimbus 4 satellite
Voltage regulator-exciter developed for alternator used in SNAP 8 Rankine cycle nuclear space system
Series capacitor converter circuit for voltage transformation
Performance characteristics of radionuclide powered thermionic generators
Brayton cycle power system using dc power supply for space applications
Memoryless input discrete noisy channels essential equivalence to white Gaussian channel for rates above capacity using extreme value theory
Plasma free fatty acids and glucose relative role in contribution to metabolic state and energy production in partially hepatectomized rats
Electrical conduction and surface properties of beta-SiC films obtained by heating Si wafer in presence of hydrocarbon
Performance evaluation of plutonia fueled multicell thermionic converter
Voltage converter/regulator for primary and secondary power sources in deep space missions
Brayton cycle turbogenerator performance tests using helium xenon gas mixture including gas turbine engine, turbocompressor, coolant pump, and heat exchanger power efficiencies
SNAP 8 reactor startup tests using reactor and heat radiator simulators and evaluation of temperature transients
Computer program for reducing radar tracking data magnetic tape numbers for data storage by editing and low pass filtering
The conceptual design of the SNAP-8 electrical generating system configurations are reviewed including the evolution of the PCS configuration, and the current concepts. The reliabilities of two alternative PCS-G heat rejection loop configurations with two radiator design concepts are also reviewed. A computer program for calculating system pressure loss using multiple-loop flow analysis is included.
It is shown that various combinations of numbers and factors arrive at estimates of dose and dose effectiveness from values of fluence; but as yet it has not been possible to use biological data with the same degree of precision to estimate the physical data. It would seem that the most reasonable way to use the human data that exist is to apply them as far as possible to the human animal as a whole.
Indexes and summaries of the conference papers containing cesium-diode results are presented. Lists of converter materials, geometries, conditions, outputs, and lifetimes accompany the references. Simple chemical designations for emitters, collectors, and additives direct the reader to appropriate selections.