Design and vehicle integration of a Pu-238 Brayton power system for MORL.
Plutonium 238 radioisotope Brayton cycle power system design and vehicle integration
Kirkland, V. D.↗
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Results for “Brayton cycle”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The influence of heat-rejection radiator mass in space power systems.
Heat rejection radiator mass influence on space nuclear power system, discussing Brayton cycle, thermoelectric and Rankine cycle systems
Bonneville, J. M.↗
Comparison between vapor chamber and conducting fin Brayton radiators.
Brayton cycle space powerplant vapor chamber and conduction fin radiators compared for size and weight, noting working fluids
Couch, J. P.↗
Development of a 1200-Hertz alternator and controls for space power systems.
Alternator and voltage and frequency controls for space Brayton cycle energy conversion system designed for and tested at 1200 Hz
Corcoran, C. S.↗
Development of a turbocompressor gas bearing simulator Final report
Design details and static test data on gas bearing simulator for Brayton cycle radial flow turbocompressor
Lukas, S. V.↗
Preliminary performance characteristics of a gas-bearing turboalternator
Performance of gas bearing Brayton cycle turboalternator
Curreri, J. S.↗
Effect of operating parameters on net power output of a 2- to 10-kilowatt Brayton rotating unit
Performance of turbine-compressor-alternator Brayton cycle unit for space electric power generation
Evans, R. C.↗
Mechanical performance of a 2 to 10 kilowatt Brayton rotating unit
Operational test and evaluation of Brayton cycle electric generator
Evans, R. C.↗
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.↗
Motor-starting characteristics of a modified Lundell alternator
Motor-starting characteristics of modified Lundell alternator for single shaft, Brayton cycle, space power system
Frye, R. J.↗
Overall performance in argon of a 3.7-inch six-stage axial-flow compressor
Performance of axial flow compressor for Brayton cycle electrical power generating system with argon
Heidelberg, L. J.↗
Analog computer study of design parameter effects on the stability of a direct acting gas pressure regulator
Analog computer simulation of design parameter effects on stability of direct acting gas pressure regulator based on Brayton cycle space power generator
Dustin, M. O.↗
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.↗
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.↗
Preliminary test results of heat transfer/thermal storage tube design under simulated orbital conditions
Preliminary test results of heat transfer/thermal storage tube design for solar Brayton cycle power system under simulated orbital conditions
Namkoong, D.↗
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.↗
Design description and performance test results from two identical Brayton heat exchanger units
Performance tests of two identical Brayton cycle heat exchanger units consisting of recuperator, heat sink exchanger and ducting in combination with turbine
Kaykaty, G. N.↗
Status of the 2- to 15-kWe Brayton power system and potential gains from component improvements
Brayton cycle 2-15 kW power system for space application and potential gains from component improvements, discussing current status
Klann, J. L.↗