Add to ORKGThe integration of low-cost commercial heat pipes in the design of a NASA candidate standard modular power supply with a 350 watt output resulted in a 44% weight reduction. Part temperatures were also appreciably reduced, increasing the environmental capability of the unit. A complete 350- watt modular power converter was built and tested to evaluate thermal performance of the redesigned supply
The critical evaluation and subsequent redesign of the power conversion subsystem of the spacecraft ...
The development of eight prototype solar heating and combined heating and cooling systems is reporte...
A thermal design concept of using propylene loop heat pipes to minimize survival heater power for NA...
The analysis, design, and development work to reduce the weight and size of a standard modular power...
A modular, multiple output power converter was developed in order to reduce costs of space hardware ...
The power processor operates in several modes, delivering up to 100 amperes of regulated electrical ...
The technology involved in designing and fabricating a heat pipe thermal conditioning panel to satis...
A commercially available 3-ton residential Lithium Bromide (LiBr) absorption air conditioner was mod...
Theoretic converter outputs and efficiencies indicate the need to consider thermionic energy convers...
A heat pipe cooled transformer and input filter were developed for the 2.4 kW beam supply of a 30 cm...
Progress in the development of solar heating modular control subsystems is reported. Circuit design,...
The initial development and demonstration of power supplies with an order of magnitude reduction in ...
Eight prototype systems were developed. The systems are 3, 25, and 75-ton size units. The manufactur...
A collation of documents and drawings are presented that describe a prototype solar heating and hot ...
Basic guidelines are presented for a nuclear space power system which utilizes heat pipes to transpo...
The critical evaluation and subsequent redesign of the power conversion subsystem of the spacecraft ...
The development of eight prototype solar heating and combined heating and cooling systems is reporte...
A thermal design concept of using propylene loop heat pipes to minimize survival heater power for NA...
The analysis, design, and development work to reduce the weight and size of a standard modular power...
A modular, multiple output power converter was developed in order to reduce costs of space hardware ...
The power processor operates in several modes, delivering up to 100 amperes of regulated electrical ...
The technology involved in designing and fabricating a heat pipe thermal conditioning panel to satis...
A commercially available 3-ton residential Lithium Bromide (LiBr) absorption air conditioner was mod...
Theoretic converter outputs and efficiencies indicate the need to consider thermionic energy convers...
A heat pipe cooled transformer and input filter were developed for the 2.4 kW beam supply of a 30 cm...
Progress in the development of solar heating modular control subsystems is reported. Circuit design,...
The initial development and demonstration of power supplies with an order of magnitude reduction in ...
Eight prototype systems were developed. The systems are 3, 25, and 75-ton size units. The manufactur...
A collation of documents and drawings are presented that describe a prototype solar heating and hot ...
Basic guidelines are presented for a nuclear space power system which utilizes heat pipes to transpo...
The critical evaluation and subsequent redesign of the power conversion subsystem of the spacecraft ...
The development of eight prototype solar heating and combined heating and cooling systems is reporte...
A thermal design concept of using propylene loop heat pipes to minimize survival heater power for NA...