Add to ORKGDesign, development, and performance of 35 to 150 kilowatt Brayton power conversion module and application to nuclear reactor powered syste
Principles, characteristics, and technology development status of conversion systems for converting ...
Development of combined turbine-magnetohydrodynamic generator operating in Brayton cycle with NERVA ...
A concept study was undertaken to evaluate potential multi-megawatt power sources for nuclear electr...
Design point characteristics of 15-80 kWe nuclear reactor Brayton cycle power syste
An extensive study was conducted at the Lewis Research Center to evaluate an isotope Brayton electri...
The present technology of Brayton power systems is reviewed. The potential for even higher system ef...
Analysis of reactor heated Brayton cycle space power plants - Models of gas and liquid-metal reactor...
The objectives of the NASA Brayton Space Power Program and the advantages of achieving an isotope Br...
The feasibility of using Brayton power systems for nuclear electric spacecraft was investigated. The...
One megawatt reactor design for Brayton cycle space power application - thermal analysis and core de...
An analytical study was conducted to investigate the potential performance characteristics of an iso...
Analysis and selection of design for plutonium 238 for Brayton cycle space powerplan
A preliminary cost estimate for a small reactor in Brayton space power systems with (u-233)n or (pu-...
Component and system performance tests of Brayton cycle power conversion system in 2 to 15 kW sub e ...
Description and performance of electrical subsystem and components for Brayton power syste
Principles, characteristics, and technology development status of conversion systems for converting ...
Development of combined turbine-magnetohydrodynamic generator operating in Brayton cycle with NERVA ...
A concept study was undertaken to evaluate potential multi-megawatt power sources for nuclear electr...
Design point characteristics of 15-80 kWe nuclear reactor Brayton cycle power syste
An extensive study was conducted at the Lewis Research Center to evaluate an isotope Brayton electri...
The present technology of Brayton power systems is reviewed. The potential for even higher system ef...
Analysis of reactor heated Brayton cycle space power plants - Models of gas and liquid-metal reactor...
The objectives of the NASA Brayton Space Power Program and the advantages of achieving an isotope Br...
The feasibility of using Brayton power systems for nuclear electric spacecraft was investigated. The...
One megawatt reactor design for Brayton cycle space power application - thermal analysis and core de...
An analytical study was conducted to investigate the potential performance characteristics of an iso...
Analysis and selection of design for plutonium 238 for Brayton cycle space powerplan
A preliminary cost estimate for a small reactor in Brayton space power systems with (u-233)n or (pu-...
Component and system performance tests of Brayton cycle power conversion system in 2 to 15 kW sub e ...
Description and performance of electrical subsystem and components for Brayton power syste
Principles, characteristics, and technology development status of conversion systems for converting ...
Development of combined turbine-magnetohydrodynamic generator operating in Brayton cycle with NERVA ...
A concept study was undertaken to evaluate potential multi-megawatt power sources for nuclear electr...