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Development of Oxygen Generation System for Spacecraft
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English
Abstract
Regenerative processes for the air revitalization system of spacecraft atmosphere are essential for realization of long-term manned space missions. These processes include Oxygen (O2) Generation System (OGS) through water electrolysis. The authors have been studying O2 generation system of a new Solid Polymer Water Electrolyte (SPWE) with simplified cell structure since 1985. The initial study results until 1991 were presented in the 21st and the former International Conference on Environmental Systems shown in REFERENCE. This paper describes a follow-on study activity to OGS which focuses on the improvement of cell endurance performance and resource.
Authors
Citation
Hattori, A., Ishida, H., Shoji, T., and Kitazawa, Y., "Development of Oxygen Generation System for Spacecraft," SAE Technical Paper 932270, 1993, https://doi.org/10.4271/932270.Also In
References
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- Ishida H. Yamashiro H. Fujita S. Masuyama K. Kondo S. Mitsuda S. Watanabe T. Shoji T. “Study of Advanced System for Air Revitalization” SAE Technical Paper Series 891575
- Manabe K. Shoji T. Masuyama H. Hayashitani M. Watanabe T. Yamashiro H. Ishigami T. Ishida H. “Conceptual Study of Carbon Dioxide Removal, Concentration, and Oxygen Generation System” The 16th ISTS
- Erickson A. C. Puskar M. C. Zagaja J. A. Miller P. S. “Performance Evaluation of SPE Electrolyzer for Space Station Life Support” SAE Technical Paper Series 871451
- Fortunato Fred A. Burke Kenneth A. “Static Feed Electrolyzer Technology Advancement for Space Application” SAE Technical Paper Series 871450
- Diamant Bryce L. Humphries W.R. “Past and Present Environmental Control and Life Support Systems on Manned Spacecraft”
- Ishida H. Shoji T. Kitazawa Y. “Study of Oxygen Generation System for Space Application” SAE Technical Paper Series 911429