Add to ORKGTwo multicell, liquid-cooled, advanced electrochemical depolarized carbon dioxide concentrator modules were fabricated. The cells utilized advanced, lightweight, plated anode current collectors, internal liquid cooling and lightweight cell frames. Both were designed to meet the carbon dioxide removal requirements of one-person, i.e., 1.0 kg/d (2.2 lb/d)
Alkaline fuel cells (AFC's) using renewable fuels are a developing technology capable of meeting mar...
Oxygen reclamation system with electrolysis cell for reduction of carbon dioxide on manned spacecraf
A solid electrolyte cell with improved sealing characteristics was examined. A tube cell was designe...
The most promising concept for a regenerative CO2 removal system for long duration manned space flig...
A program to design, fabricate, and test a 1-man, self-contained, electrochemical CO2 concentrating ...
The overall objectives of the present program are to: (1) improve the performance of the electrochem...
An advanced electrochemical depolarized carbon dioxide concentrator subsystem, to collect and concen...
Regenerative processes for the revitalization of spacecraft atmospheres require an Oxygen Reclamatio...
A steady state computer simulation model of an Electrochemical Depolarized Carbon Dioxide Concentrat...
Electrolyte and design studies in development of combined carbon dioxide removal and reduction syste...
The electrolyzer module was designed to produce 0.24 kg/d (0.53 lb/d) of breathable oxygen from the ...
Experimental results are presented on alternative designs for a hydrogen depolarized cell to concent...
Performance tests of CO2-H2O solid oxide electrolyte electrolysis system for generation of oxygen fo...
Solid electrolyte electrolysis of carbon dioxide and water as oxygen regeneration system for long ma...
Electrochemical carbon dioxide concentration system for purifying space cabin atmospher
Alkaline fuel cells (AFC's) using renewable fuels are a developing technology capable of meeting mar...
Oxygen reclamation system with electrolysis cell for reduction of carbon dioxide on manned spacecraf
A solid electrolyte cell with improved sealing characteristics was examined. A tube cell was designe...
The most promising concept for a regenerative CO2 removal system for long duration manned space flig...
A program to design, fabricate, and test a 1-man, self-contained, electrochemical CO2 concentrating ...
The overall objectives of the present program are to: (1) improve the performance of the electrochem...
An advanced electrochemical depolarized carbon dioxide concentrator subsystem, to collect and concen...
Regenerative processes for the revitalization of spacecraft atmospheres require an Oxygen Reclamatio...
A steady state computer simulation model of an Electrochemical Depolarized Carbon Dioxide Concentrat...
Electrolyte and design studies in development of combined carbon dioxide removal and reduction syste...
The electrolyzer module was designed to produce 0.24 kg/d (0.53 lb/d) of breathable oxygen from the ...
Experimental results are presented on alternative designs for a hydrogen depolarized cell to concent...
Performance tests of CO2-H2O solid oxide electrolyte electrolysis system for generation of oxygen fo...
Solid electrolyte electrolysis of carbon dioxide and water as oxygen regeneration system for long ma...
Electrochemical carbon dioxide concentration system for purifying space cabin atmospher
Alkaline fuel cells (AFC's) using renewable fuels are a developing technology capable of meeting mar...
Oxygen reclamation system with electrolysis cell for reduction of carbon dioxide on manned spacecraf
A solid electrolyte cell with improved sealing characteristics was examined. A tube cell was designe...