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Design, Calibration and Implementation of a Biosynthetic Water Vapor Source
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English
Abstract
In efforts to generate a modeling and simulation system for the environmental control and life support system for a small plant growth chamber, the requirement for a biosynthetic water vapor source was found. The water vapor source was designed to inject a known and controlled rate of water vapor into the laboratory version of NASA Ames Research Center's Salad Machine. The rationale for a water vapor source, the design of the source device, the procedures and results of calibration and the method of integrating and utilizing the device with the Salad Machine are described.
Authors
Citation
Blackwell, A., Maa, S., and Agelopoulos, S., "Design, Calibration and Implementation of a Biosynthetic Water Vapor Source," SAE Technical Paper 941594, 1994, https://doi.org/10.4271/941594.Also In
References
- Blackwell, A. L. Maa S. Kliss M. Blackwell C. C. 1993 Generation of a modeling and simulation system for a semi-closed plant growth chamber SAE Technical Paper No. 932128 23rd International Conference on Environmental Systems Fiberglas is a registered trade name of Owens-Corning Fiberglas Corp. Teflon is a registered trade name of DuPont de Nemours & Co., Inc. Tygon is a registered trade name of Norton Performance Plastics Corp. Paragon 500 is a registered trade mark of Intel Controls Corporation