Add to ORKGThermoelectric materials for spacecraft applications - optimization of bismuth-antimony alloys and ag-sb-fe-te-se system alloys for thermoelectric cooling in space environmen
Magnetic and electrical materials capable of operation in 800 deg F to 1600 deg F temperature range ...
To test and evaluate suitability of materials for use in space power systems and related space and c...
Thermoconductivity and thermal properties of protective coating and structural material for reentry ...
Thermoelectric and thermomagnetic cooling and material development for spacecraft applicatio
Work performed on the chemical system characterized by chrome sulfide, chrome selenide, lanthanum se...
Computer program modification, high temperature materials, and insulation structures for development...
High temperature magnetic alloys, dielectric materials, and lightweight capacitor design for advance...
The development of an advanced thermoelectric material for radioisotope thermoelectric generator (RT...
The results are summarized of a research program on electrical materials for advanced space electric...
Development and evaluation of high temperature magnetic and electrical materials for advanced space ...
Topics addressed include: containerless processing and purification; directional and rapid solidific...
Development of high temperature electrical materials and testing in simulated space environmen
Thermoelectric materials engineering, plasma physics, and electrochemistry for direct energy convers...
Technological processes in out-of-core thermionic energy conversion are described. The emphasis was ...
Space power requirements for future NASA and other U.S. missions will range from a few kilowatts to ...
Magnetic and electrical materials capable of operation in 800 deg F to 1600 deg F temperature range ...
To test and evaluate suitability of materials for use in space power systems and related space and c...
Thermoconductivity and thermal properties of protective coating and structural material for reentry ...
Thermoelectric and thermomagnetic cooling and material development for spacecraft applicatio
Work performed on the chemical system characterized by chrome sulfide, chrome selenide, lanthanum se...
Computer program modification, high temperature materials, and insulation structures for development...
High temperature magnetic alloys, dielectric materials, and lightweight capacitor design for advance...
The development of an advanced thermoelectric material for radioisotope thermoelectric generator (RT...
The results are summarized of a research program on electrical materials for advanced space electric...
Development and evaluation of high temperature magnetic and electrical materials for advanced space ...
Topics addressed include: containerless processing and purification; directional and rapid solidific...
Development of high temperature electrical materials and testing in simulated space environmen
Thermoelectric materials engineering, plasma physics, and electrochemistry for direct energy convers...
Technological processes in out-of-core thermionic energy conversion are described. The emphasis was ...
Space power requirements for future NASA and other U.S. missions will range from a few kilowatts to ...
Magnetic and electrical materials capable of operation in 800 deg F to 1600 deg F temperature range ...
To test and evaluate suitability of materials for use in space power systems and related space and c...
Thermoconductivity and thermal properties of protective coating and structural material for reentry ...