Add to ORKGBrayton cycle power system gas loop operating with krypton over turbine inlet temperature of 1200 F to 1600
Thermodynamic and turbomachinery concepts for low power radioisotope and intermediate power reactor ...
Performance of turbine-compressor-alternator Brayton cycle unit for space electric power generatio
Design point characteristics of 15-80 kWe nuclear reactor Brayton cycle power syste
The methods which have been used by the NASA Lewis Research Center for predicting Brayton Cycle comp...
Experimental performance of 2-15 kilowatt Brayton power system using mixture of helium and xeno
Compressor performance was mapped during the Brayton cycle power system testing. The range of testin...
Efficiency estimates of turbine and compressor components of Brayton rotating unit during hot closed...
The performance characteristics of the Brayton-rotating-unit's 4.97-inch radial turbine were investi...
Cold argon and air performance of 6.02 inch radial inflow turbine designed for 10 kilowatt shaft out...
Brayton cycle turbogenerator performance tests using helium xenon gas mixture including gas turbine ...
Steady state characteristics of 1200 Hertz alternator and electrical controls operating in single sh...
Brayton cycle compressor research package for testing aerodynamic performance of Brayton cycle compr...
Thermal analysis for predicting internal temperatures in isotopic Brayton power system operatio
Gas turbine engine principles, performance improvements, and application to electric power generatio...
Design and characteristics of radial inflow turbine stage for use as an alternative to stage of Bray...
Thermodynamic and turbomachinery concepts for low power radioisotope and intermediate power reactor ...
Performance of turbine-compressor-alternator Brayton cycle unit for space electric power generatio
Design point characteristics of 15-80 kWe nuclear reactor Brayton cycle power syste
The methods which have been used by the NASA Lewis Research Center for predicting Brayton Cycle comp...
Experimental performance of 2-15 kilowatt Brayton power system using mixture of helium and xeno
Compressor performance was mapped during the Brayton cycle power system testing. The range of testin...
Efficiency estimates of turbine and compressor components of Brayton rotating unit during hot closed...
The performance characteristics of the Brayton-rotating-unit's 4.97-inch radial turbine were investi...
Cold argon and air performance of 6.02 inch radial inflow turbine designed for 10 kilowatt shaft out...
Brayton cycle turbogenerator performance tests using helium xenon gas mixture including gas turbine ...
Steady state characteristics of 1200 Hertz alternator and electrical controls operating in single sh...
Brayton cycle compressor research package for testing aerodynamic performance of Brayton cycle compr...
Thermal analysis for predicting internal temperatures in isotopic Brayton power system operatio
Gas turbine engine principles, performance improvements, and application to electric power generatio...
Design and characteristics of radial inflow turbine stage for use as an alternative to stage of Bray...
Thermodynamic and turbomachinery concepts for low power radioisotope and intermediate power reactor ...
Performance of turbine-compressor-alternator Brayton cycle unit for space electric power generatio
Design point characteristics of 15-80 kWe nuclear reactor Brayton cycle power syste