Post test inspection of three Brayton rotating units
Post test analysis of closed Brayton cycle space electric power conversion system for space
Dunn, J. H.↗
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Automated endurance testing of a Brayton power conversion system
Computer controlled durability test of 50,000 hour life Brayton power conversion system for space applications
Edkin, R. E.↗
Voltage transients due to phase angle switching of speed control power for a Brayton cycle alternator
Voltage transients due to phase angle switching of speed control power for Brayton cycle alternator examined by computerized simulation
Bainbridge, R. C.↗
Performance of a Brayton cycle power conversion system using a helium xenon gas mixture
Brayton cycle turbogenerator performance tests using helium xenon gas mixture including gas turbine engine, turbocompressor, coolant pump, and heat exchanger power efficiencies
Ream, L. W.↗
Studies of foil journal bearings for Brayton cycle turbomachinery Final report
Foil journal bearings for Brayton cycle turboalternator
Licht, L.↗
Comparison of two and three dimensional steady state thermal analyses of a heat source considered for isotope Brayton
Thermal steady state analyses for predicting isotopic heat source performances in Brayton thermodynamic cycle
Burns, R. K.↗
Effects of vibration and shock on the performance of gas-bearing space power Brayton cycle turbomachinery. 1 - Half- sine shock and sinusoidal vibration
Half-sine shock and sinusoidal vibration tests of gas bearing supported rotor assembly and effects on mechanical performance of Brayton cycle space-power turbomachinery
Curwen, P. W.↗
Performance of a direct current power supply for the 2- to 15-kilowatt Brayton cycle system
Performance tests on Brayton cycle direct current power supply circuit for automatic control
Vrancik, J. E.↗
Simulated isotope heat source for use in Brayton power system
Nondestructive tests of simulated isotope heat source for use in Brayton power system
Smith, R. B.↗
Design and development of a gas management subsystem for a Brayton space power system
Gas management subsystem using xenon-helium working fluid designed for Brayton space power system
Haack, A. F.↗
Turbine and compressor performance of a Brayton rotating unit during hot closed-loop operation
Efficiency estimates of turbine and compressor components of Brayton rotating unit during hot closed loop operation
Wong, R. Y.↗
Analysis of a 35- to 150-kilowatt Brayton power-conversion module for use with an advanced nuclear reactor
Design, development, and performance of 35 to 150 kilowatt Brayton power conversion module and application to nuclear reactor powered system
Kerwin, P. T.↗
Combined turbine-magnetohydrodynamic Brayton cycle power system for space and ground use
Development of combined turbine-magnetohydrodynamic generator operating in Brayton cycle with NERVA nuclear reactor for space and ground applications
Nichols, L. D.↗
Power and load priority control concept for a Brayton cycle power system
Power and load priorty control concept for Brayton cycle power system providing speed control and field current control for alternator and load simulation which includes energy storage
Kelsey, E. L.↗
The design of an advanced turbine for Brayton rotating unit application
Design and characteristics of radial inflow turbine stage for use as an alternative to stage of Brayton cycle turbo-alternator compressor unit
Kirschner, A. M.↗
Requirements, design, and performance of a control system for a Brayton power system
Brayton space power system for NASA manned space missions, discussing control system requirements, design and performance
Bilski, R. S.↗
Description and performance of the electrical subsystem for a 2 to 15 kWe Brayton power system
Brayton power system electrical subsystem and component performance tests, discussing engine control package, DC supply, inverters and instrumentation
Bainbridge, R. C.↗
Performance of the electrically-heated 2 to 15 kWe Brayton power system
Electrically-heated Brayton power conversion system, comparing performance tests with prediction
Block, H. B.↗