Brayton cycle cavity receiver development quarterly report, jul. 1963 - sep. 1963
Preliminary design analysis of brayton cycle cavity receiver using lithium fluoride
LITHIUM FLUORIDE↗
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Summary of brayton cycle analytical studies for space-power system applications
Brayton cycle space power systems analysis
SYSTEMS ANALYSIS↗
Recuperator development program, solar brayton cycle system progress report, 19 jul. - 19 aug. 1964
Heat exchanger and energy recuperator for closed Brayton cycle system
HEAT EXCHANGER↗
Recuperator development program, solar brayton cycle system progress report, nov. 1964 - jan. 1965
Recuperator for Brayton cycle solar power system
SOLAR POWER SYSTEM↗
Brayton cycle solar collector design study
Brayton cycle solar collector design, mirror analysis, design, manufacture, and performance of concentrator, structural integrity, and reliability
SOLAR COLLECTOR↗
Study of nuclear brayton cycle power system
Analysis of reactor heated Brayton cycle space power plants - Models of gas and liquid-metal reactors and radiators
BRAYTON CYCLE↗
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↗
Torque requirements for orientation of a solar Brayton system in earth orbit
External, internal reaction, and angular velocity variation compensation torque requirements for orientation control of solar Brayton power system in ecliptic earth orbit
SOLAR POWER SYSTEM↗
Brayton cycle cavity receiver design study, June 25, 1963 - June 15, 1965
Brayton cycle cavity receiver for dynamic solar power conversion system - computer program to determine physical properties and radiation losses
SOLAR POWER SYSTEM↗
Brayton-cycle turbomachinery rolling-element bearing system First quarterly report, Jul. 2 - Oct. 2, 1965
Brayton cycle turbomachinery rolling element bearing system
TURBOMACHINE↗
Cold performance evaluation of a 4.59-inch radial-inflow turbine designed for a Brayton- cycle space power system
Cold performance characteristics of small radial inflow turbine designed for Brayton cycle power system
GAS TURBINE↗
Cold performance evaluation of a 6.02-inch radial inflow turbine designed for a 10-kilowatt shaft output Brayton cycle space power generation system
Cold argon and air performance of 6.02 inch radial inflow turbine designed for 10 kilowatt shaft output Brayton cycle space power generation system
POWER GENERATOR↗
Parametric design study - Recuperator development program, solar Brayton cycle system
Heat exchangers for recuperator in closed Brayton cycle space power system using solar energy and argon
HEAT EXCHANGER↗
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↗
A study of finned tube gas-to-liquid heat exchangers for Brayton cycles in space
Gas-to-liquid heat exchangers, for liquid cooled Brayton cycle space power plant, with finned tubing
BRAYTON CYCLE↗
Effect of turbine-coolant flow on Brayton- cycle space-power system thermodynamic performance
Turbine-coolant flow effects on thermodynamic performance of Brayton cycle space power system
THERMODYNAMIC EFFICIENCY↗