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Nuclear Propulsion for Space Applications

Nuclear Propulsion for Space Applications

Paperback

General Political Science

Publisher Price: $15.75

ISBN10: 1289052859
ISBN13: 9781289052850
Publisher: Bibliogov
Published: Jun 27 2013
Pages: 38
Weight: 0.19
Height: 0.08 Width: 7.44 Depth: 9.69
Language: English
Basics of Nuclear Systems: Long history of use on Apollo and space science missions. 44 RTGs and hundreds of RHUs launched by U.S. during past 4 decades. Heat produced from natural alpha (a) particle decay of Plutonium (Pu-238). Used for both thermal management and electricity production. Used terrestrially for over 65 years. Fissioning 1 kg of uranium yields as much energy as burning 2,700,000 kg of coal. One US space reactor (SNAP-10A) flown (1965). Former U.S.S.R. flew 33 space reactors. Heat produced from neutron-induced splitting of a nucleus (e.g. U-235). At steady-state, 1 of the 2 to 3 neutrons released in the reaction causes a subsequent fission in a chain reaction process. Heat converted to electricity, or used directly to heat a propellant. Fission is highly versatile with many applications.

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General Political Science