Space technology applicable to hybrid vehicle batteries
Investigation of techniques to improve performance and service life of nickel-zinc electric batteries for application to low pollutant propulsion systems
Schwartz, H. J.↗
Engineering topics
Schwartz, H. J.
Publications and source records attributed to Schwartz, H. J..
Space technology applicable to hybrid vehicle batteries
Nickel-zinc batteries for use in hybrid heat engine/electric systems of low pollutant passenger cars, increasing service life by aerospace technology
Schwartz, H. J.↗
Direct energy conversion
NASA derived direct energy conversion processes for possible utilization by electric power industry
Schwartz, H. J.↗
Survey of electric power plants for space application.
Electric power plant survey for space application, noting Rankine and Brayton cycles
ELECTRIC POWER CONVERSION↗
Solar and chemical power systems.
Dynamic conversion of solar and chemical energy, discussing power conditioning, Brayton-cycle system with inert gas and spacecraft batteries
SOLAR ENERGY THERMIONIC /SET/ PROGRAM↗
Survey of electric power plants for space applications
Fuel and solar cells, chemical batteries, Rankine and Brayton cycle power plants, thermoelectric generators, and thermionic converters for space power applications
SPACECRAFT POWER SUPPLY↗
Electric power generation
Electric power generation for space vehicles - batteries, solar cells, thermoelectric converters, magnetohydrodynamic converters, fuel cells, and thermionic converters
POWER GENERATOR↗