Add to ORKGHeat exchangers for recuperator in closed Brayton cycle space power system using solar energy and argo
This paper describes potential heat rejection design concepts for Brayton power conversion systems. ...
Radiator heat transfer and geometric characteristics of Brayton space power cycle using gas-solid su...
A Brayton Heat Exchanger Unit (BHXU), consisting of a recuperator, a heat sink heat exchanger and a ...
Design description and performance test results from identical Brayton heat exchange unit
Gas-to-liquid heat exchangers, for liquid cooled Brayton cycle space power plant, with finned tubin
A preliminary design of the heat exchanger and duct assembly (HXDA) for a 60 kwe, closed loop, Brayt...
Thermal performance analysis of solar Brayton heat receiver in transferring heat to working gas of B...
A Brayton Heat Exchanger Unit Alternate Design (BHXU-Alternate) consisting of a recuperator, a heat ...
The preliminary design of a solar heat receiver for use as a heat source for an earth-orbiting 11-kW...
Analog computer simulation of two-spool solar Brayton system to study control requirements for opera...
The following five tasks designed to advance this development of heat exchanger systems for close lo...
Transient solidification outside cooled pipe with application to solar Brayton heat receive
Based on a theoretical analysis of convective heat transfer across large internal surface areas, thi...
Analysis of reactor heated Brayton cycle space power plants - Models of gas and liquid-metal reactor...
The use of carbon-carbon (C-C) recuperators in closed-Brayton-cycle space power conversion systems w...
This paper describes potential heat rejection design concepts for Brayton power conversion systems. ...
Radiator heat transfer and geometric characteristics of Brayton space power cycle using gas-solid su...
A Brayton Heat Exchanger Unit (BHXU), consisting of a recuperator, a heat sink heat exchanger and a ...
Design description and performance test results from identical Brayton heat exchange unit
Gas-to-liquid heat exchangers, for liquid cooled Brayton cycle space power plant, with finned tubin
A preliminary design of the heat exchanger and duct assembly (HXDA) for a 60 kwe, closed loop, Brayt...
Thermal performance analysis of solar Brayton heat receiver in transferring heat to working gas of B...
A Brayton Heat Exchanger Unit Alternate Design (BHXU-Alternate) consisting of a recuperator, a heat ...
The preliminary design of a solar heat receiver for use as a heat source for an earth-orbiting 11-kW...
Analog computer simulation of two-spool solar Brayton system to study control requirements for opera...
The following five tasks designed to advance this development of heat exchanger systems for close lo...
Transient solidification outside cooled pipe with application to solar Brayton heat receive
Based on a theoretical analysis of convective heat transfer across large internal surface areas, thi...
Analysis of reactor heated Brayton cycle space power plants - Models of gas and liquid-metal reactor...
The use of carbon-carbon (C-C) recuperators in closed-Brayton-cycle space power conversion systems w...
This paper describes potential heat rejection design concepts for Brayton power conversion systems. ...
Radiator heat transfer and geometric characteristics of Brayton space power cycle using gas-solid su...
A Brayton Heat Exchanger Unit (BHXU), consisting of a recuperator, a heat sink heat exchanger and a ...