Development of Catalytic Hydrogen-Oxygen Reaction Chambers for Space Power Systems

Bailey, Richard N.

doi:10.1016/b978-0-12-395680-4.50016-2

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1966

1969

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“…9 is 34.3% at the generator terminals, with a compressor inlet temperature of 50°F. The weight of the complete system is estimated at 2500 Ib, less shielding and pressure vessel, and volume at 35 ft 3 . Sea water can be utilized for a portion of the shielding.…”

Section: Long-duration Mission With Liquid-metal-cooled Nuclear mentioning

confidence: 99%

Closed Cycle Gas Turbine as a Proposed Undersea Power Source

Phillips

1969

Journal of Hydronautics

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Undersea application of compact and lightweight closed Brayton cycle power systems currently being developed for space is discussed. Design details of a 50 kw e hydrogen-oxygen fueled system for a short-duration undersea mission of 1000 kw-hr are presented. For this same mission, a new hydrogen-oxygen injection gas turbine cycle is described. Performance characteristics of undersea long-duration 10 to 150 kw e power systems, using radioisotope and nuclear reactor heat sources, are also presented. Development status of closed Brayton cycle power conversion systems is presented.

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Section: Long-duration Mission With Liquid-metal-cooled Nuclear mentioning

confidence: 99%