Thermal design of a radiant gas heater for Brayton cycle power system
Radiant gas heater for Brayton cycle space power system
Evans, D. M.↗
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Experimental performance of a 2-15 kilowatt Brayton power system using a mixture of helium and xenon
Experimental performance of 2-15 kilowatt Brayton power system using mixture of helium and xenon
Miller, T. J.↗
Performance evaluation of Brayton space power system 400-hertz inverters
Performance evaluation of Brayton space power system 400-hertz inverters
Birchenough, A. G.↗
Conceptual design study of nuclear Brayton cycle heat exchanger and duct assembly /HXDA/, phase 1
Parametric data of heat exchanger size and weight for nuclear reactor Brayton cycle space power systems
Coombs, M. G.↗
A parametric thermal analysis of an isotope Brayton heat source during steady state operation
Thermal analysis for predicting internal temperatures in isotopic Brayton power system operation
Burns, R. K.↗
Preliminary design study of nuclear Brayton cycle/Heat Exchanger and Duct Assembly /HXDA/, phase 3 Topical report
Nuclear Brayton cycle heat exchanger and duct assembly
Coombs, M. G.↗
Pressure containment tests in support of the nuclear Brayton cycle heat exchanger and duct assembly /HXDA/, phase 2
Plate-fin heat exchangers for nuclear reactor Brayton cycle
Coombs, M. G.↗
Brayton cycle vapor chamber /heat pipe/ radiator study
Evaluation of vapor chamber /heat pipe/ radiator for Brayton cycle space power system
Gerrels, E. E.↗
Transfer function determination of the primary loop of a conceptual nuclear Brayton space powerplant
Transfer functions for primary loop of conceptual nuclear Brayton space power plant
Kieffer, A. W.↗
Operating characteristics of the primary flow loop of a conceptual nuclear Brayton space powerplant
Steady state and transient operating characteristics of lithium cooled primary flow loop of nuclear Brayton space power plant
Kieffer, A. W.↗
Dynamic electrical characteristics of a 400-hertz Brayton cycle turboalternator and controls
Dynamic electrical characteristics of 400 Hz Brayton cycle turboalternator and controls for space application
Valgora, M E.↗
Motor start of a 2- to 10-kilowatt Brayton rotating unit operating on gas bearings in a closed loop
Motor start of 2 to 10 kilowatt Brayton rotating unit operating on gas bearings in closed loop test facility
Evans, R. C.↗
Brayton power system and integrated life support systems integration study
System integration computer study to determine compatibility and interactions of Brayton power system and integrated life support system operating in integrated mode
Averill, R. D.↗
Experimental evaluation of the electrical subsystem of the 2 to 15 kW Brayton power conversion system
Environmental tests of electrical subsystem of 2-to-15 kW Brayton power conversion system
Secunde, R. R.↗
Design point characteristics of a 15-to-80 kNe nuclear-reactor Brayton-cycle power system
Design point characteristics of 15-80 kWe nuclear reactor Brayton cycle power system
Kerwin, P. T.↗
Predicted performance of a 15-80 kWe reactor Brayton power system over a range of operating conditions
Predicted performance of 15-80 kWe reactor Brayton power system over range of operating conditions
Guentert, D. C.↗
Motor starting techniques for the 2 to 15 kW Brayton space power system
Motor starting techniques for 2-15 kW Brayton space power system
Cantoni, D. A.↗
Status of the 2 to 15 kWe Brayton power system and potential gains from component improvements
Component and system performance tests of Brayton cycle power conversion system in 2 to 15 kW sub e range
Klann, J. L.↗