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Physical/Chemical Regenerative LSS for Planetary Habitations
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English
Abstract
A concept of LSS building for planetary stations is suggested on the basis of experience in the development, research and testing of physical/chemical regenerative LSS for long-duration ground-based bio-technical complexes of habitat support and for orbiting space stations. A gradual transition from integrated physical/chemical regenerative LSS to hybrid integrated physical/chemical and bio-technical LSS and finally to integrated bio-technical regenerative LSS, is suggested. It is shown that at all phases of integrated LSS development, the systems based on physical/chemical processes will be critical for correlating the interfaces between the biological components that process the products obtained in the bio-components, and enabling the vitality of integrated LSS under emergency situations. The interface of integrated LSS with base power supply system is outlined.
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Citation
Samsonov, N., Bobe, L., Farafonov, N., Novikov, V. et al., "Physical/Chemical Regenerative LSS for Planetary Habitations," SAE Technical Paper 961549, 1996, https://doi.org/10.4271/961549.Also In
References
- Samsonov N.M. Bobe L.S. Farafonov N.S. Novikov V.M. etc. A concept of regenerative life support system construction for Lunar missions 45th Congress of the 1AF October 9-14 1994 Jerusalem
- Samsonov N.M. Bobe L.S. Novikov V.M. Farafonov N.S. etc. A regenerative life support system based on physical/chemical and biological processes for a Lunar base 46th Congress of the 1AF October 2-6 1995 Olso
- Podshivalov S.A. Ivanov E.I. Muratov L.I. etc. Power units for space vehicles Moscow Energoizdat 1981