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Long-Duration Dynamic Space Power Systems Comparison
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English
Abstract
This paper evaluates and categorizes the thermodynamic and system advantages of the Rankine and Brayton cycles when applied to long-duration (one year) auxiliary space power systems in the 1-35 kw power range. The Rankine cycle offers advantages when high power outputs are to be obtained with relatively small radiator areas. The Brayton cycle, however, has the advantage of reducing developmental problems to an absolute minimum, thereby providing a reliable unit compatible with long system life.
The national space effort would be enhanced by complementing the current work on Rankine cycles with the development of a low-power Brayton cycle for applications where radiator area is not the prime consideration.
Authors
Citation
Robinson, R. and Roessler, W., "Long-Duration Dynamic Space Power Systems Comparison," SAE Technical Paper 640482, 1964, https://doi.org/10.4271/640482.Also In
References
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- Glassman A. J. Stewart W. I. “A Look at the Thermodynamic Characteristics of Brayton Cycles for Space Power.” AIAA Reprint No. 63-20018
- Whipple F. L. “On Meteorites and Penetration.” J. Geophys. Research 68 17 September 1963 4929 4939
- Norman L. W. “The Application of the Recuperated Brayton Cycle to Space Power Conversion Systems.” AIAA Paper No. 63-220 June 1963