Add to ORKGThe system was studied as a replacement to the present baseline LiOH system for extended duration shuttle missions. The system consists of three subsystems: a solid amine water desorbed regenerable carbon dioxide removal system, a water vapor electrolysis oxygen generating system, and a Sabatier reactor carbon dioxide reduction system. The system is designed for use on a solar powered shuttle vehicle. The majority of the system's power requirements are utilized on the Sun side of each orbit, when solar power is available
Two alternate oxygen-hydrogen auxiliary propulsion system concepts for use with the space shuttle ve...
The United States Atmosphere Revitalization life support system on the International Space Station (...
A regenerable CO2 and humidity control system is being developed for potential use on shuttle as an ...
A regenerable CO2 and humidity control system is presently being developed for potential use on the ...
Regenerative processes for the revitalization of spacecraft atmospheres and reclamation of waste wat...
The study of the space shuttle environmental and thermal control/life support system is summarized. ...
An amine-based carbon dioxide (CO2) and water vapor sorbent in pressure-swing regenerable beds has b...
Extended manned space missions will require regenerative life support techniques. Past manned missio...
Regenerative processes for the revitalization of spacecraft atmospheres require an Oxygen Reclamatio...
The space shuttle orbiter atmospheric revitalization subsystem provides thermal and contaminant cont...
Life support systems for manned spacecraft must provide breathable air and drinkable water for the a...
As space exploration objectives extend human presence beyond low Earth orbit, the solutions to techn...
Electrolyte and design studies in development of combined carbon dioxide removal and reduction syste...
The design of a Vacuum-Swing Adsorption (VSA) system to remove metabolic water and metabolic carbon ...
The National Aeronautics and Space Administration (NASA) planned future missions set stringent deman...
Two alternate oxygen-hydrogen auxiliary propulsion system concepts for use with the space shuttle ve...
The United States Atmosphere Revitalization life support system on the International Space Station (...
A regenerable CO2 and humidity control system is being developed for potential use on shuttle as an ...
A regenerable CO2 and humidity control system is presently being developed for potential use on the ...
Regenerative processes for the revitalization of spacecraft atmospheres and reclamation of waste wat...
The study of the space shuttle environmental and thermal control/life support system is summarized. ...
An amine-based carbon dioxide (CO2) and water vapor sorbent in pressure-swing regenerable beds has b...
Extended manned space missions will require regenerative life support techniques. Past manned missio...
Regenerative processes for the revitalization of spacecraft atmospheres require an Oxygen Reclamatio...
The space shuttle orbiter atmospheric revitalization subsystem provides thermal and contaminant cont...
Life support systems for manned spacecraft must provide breathable air and drinkable water for the a...
As space exploration objectives extend human presence beyond low Earth orbit, the solutions to techn...
Electrolyte and design studies in development of combined carbon dioxide removal and reduction syste...
The design of a Vacuum-Swing Adsorption (VSA) system to remove metabolic water and metabolic carbon ...
The National Aeronautics and Space Administration (NASA) planned future missions set stringent deman...
Two alternate oxygen-hydrogen auxiliary propulsion system concepts for use with the space shuttle ve...
The United States Atmosphere Revitalization life support system on the International Space Station (...
A regenerable CO2 and humidity control system is being developed for potential use on shuttle as an ...