Aerodynamic evaluation of two-stage axial flow turbine designed for Brayton-cycle space power system
Experimental design and performance test of two-stage axial-flow turbine designed for Brayton-cycle space power system
Kofskey, M. G.↗
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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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Thermodynamic and turbomachinery concepts for radioisotope and reactor brayton-cycle space power systems
Thermodynamic and turbomachinery concepts for low power radioisotope and intermediate power reactor Brayton cycle systems - examination of intercooling and reheating effects
TURBOMACHINE↗
Brayton-cycle turbomachinery rolling-element bearing system First quarterly report, Jul. 2 - Oct. 2, 1965
Brayton cycle turbomachinery rolling element bearing system
TURBOMACHINE↗
Design and fabrication of a high-performance Brayton-cycle compressor research package Final report
Advanced aerodynamic design and specifications of high efficiency Brayton cycle compressor for monatomic gas operation
COMPRESSOR↗
Brayton-cycle turbomachinery rolling- element bearing system Second quarterly report, Oct. 2, 1965 - Jan. 2, 1966
Rolling-element bearing lubrication system and turboalternator and turbine compressor rotor for Brayton cycle space power source
SPACECRAFT POWER SUPPLY↗
Design and fabrication of a Brayton-cycle turbine research package
Brayton cycle compressor research package for testing aerodynamic performance of Brayton cycle compressors, with equipment specifications
BRAYTON CYCLE↗
Brayton-cycle turbomachinery rolling-element bearing system Third quarterly report, Jan. 2 - Apr. 2, 1966
Potential of oil lubricated rolling-element bearing system for Brayton cycle space power turbomachinery
BRAYTON CYCLE↗
Brayton-cycle turbomachinery rolling-element bearing system Fourth quarterly report, 2 Apr. - 2 Jul. 1966
Adsorber configuration, and oil contamination effects on Brayton cycle turbomachinery rolling element bearing system
ROLLING CONTACT BEARING↗
Application of gas bearings to closed-system Brayton-cycle turbomachinery - Recent accomplishments and potential problem areas.
Gas lubricated bearings used in Brayton cycle closed-loop system turbomachinery in design of two-shaft power plant
TURBOMACHINE↗
Preliminary design and vehicle integration of a Pu-238 radioisotope Brayton-cycle power system for MORL.
Plutonium-238 radioisotope Brayton cycle power system design and vehicle integration
BRAYTON CYCLE↗
Computer program for thermodynamic performance of Brayton-cycle space-power systems
Computer program for calculating thermodynamic performance of Brayton cycle space power systems
SPACECRAFT POWER SUPPLY↗
Static parasitic speed controller for Brayton-cycle turboalternator
Static parasitic speed controller for Brayton cycle turboalternator
TURBOALTERNATOR↗
Brayton-cycle radioisotope heat-source design study. Phase II /preliminary design/ report
Brayton cycle radioisotope heat source design
RADIOACTIVE ISOTOPE↗
Brayton-cycle radioisotope heat source design study. Phase I - /Conceptual design/ report
Conceptual designs for radioisotope heat source systems to provide 25 kW thermal power to Brayton cycle power conversion system for space applications
ELECTRIC POWER CONVERSION↗
Application of gas bearings to closed-system Brayton-cycle turbomachinery - Recent accomplishments and potential problem areas.
Gas lubricated bearings used in Brayton cycle closed loop system turbomachinery in design of two-shaft power plant
POWER PLANT↗
3-kilowatt recuperated closed Brayton-cycle electrical power system.
NASA test program to evaluate performance and design point characteristics of 3-kw closed recuperated Brayton cycle power conversion system
PERFORMANCE CHARACTERISTICS↗
Analysis and selection of design conditions for a radioisotope Brayton-cycle space powerplant
Analysis and selection of design for plutonium 238 for Brayton cycle space powerplant
Barna, G. J.↗
Performance characteristics of 15 kVA homopolar inductor alternator for 400 Hz Brayton-cycle space-power system
Performance test of homopolar inductor alternator for Brayton cycle space power system
Edkin, R. A.↗