Modular components were refined or replaced to improve the performance of the electrolysis module in a system which generates both oxygen and hydrogen from hydrazine hydrate. Significant mechanical and electrical performance improvements were achieved in the cathode. Improvements were also made in the phase separation area but at considerable cost in time and money and to the detriment of other investigative areas. Only the pump/bubble separator failed in a manner necessitating redesign. Its failure was, however, due to its being operated above the temperature range for which it was designed. The basic electrolysis cell design was not changed
Cathodic electrocatalyst materials studied for use in low temperature hydrogen oxygen fuel cells wit...
Design and tests of water vapor electrolysis cell for generating and regulating spacecraft oxygen an...
Development of cathodic electrocatalysts for use in low temperature hydrogen-oxygen fuel cells with ...
Development of the hydrazine/water electrolysis process in a manned spacecraft to provide metabolic ...
A hydrazine/water electrolysis process system module design was fabricated and tested to demonstrate...
A development program was conducted in two phases to define the characteristics and requirements of ...
Solid polymer electrolyte technology used in a water electrolysis system (WES) to generate oxygen an...
The electrolytic oxygen generator for the back-up water electrolysis system in a 90-day manned test ...
Carbides, nitrides, nitrocarbides, and carbonitrides of iron examined for catalytic activity in oxyg...
This disclosure is directed to an electrolysis cell forming hydrogen and oxygen at spaced terminals....
Chemical reactivity of atomic hydrogen, nitrogen, and oxygen at cryogenic temperature
Performance tests of CO2-H2O solid oxide electrolyte electrolysis system for generation of oxygen fo...
Water electrolysis unit design and development for integrated life support system oxygen productio
Design, fabrication, and testing of circulating electrolyte type water electrolysis system for autom...
Performance of prototype hydrogen oxygen electrolytic regenerative fuel cell stack with gas storage ...
Cathodic electrocatalyst materials studied for use in low temperature hydrogen oxygen fuel cells wit...
Design and tests of water vapor electrolysis cell for generating and regulating spacecraft oxygen an...
Development of cathodic electrocatalysts for use in low temperature hydrogen-oxygen fuel cells with ...
Development of the hydrazine/water electrolysis process in a manned spacecraft to provide metabolic ...
A hydrazine/water electrolysis process system module design was fabricated and tested to demonstrate...
A development program was conducted in two phases to define the characteristics and requirements of ...
Solid polymer electrolyte technology used in a water electrolysis system (WES) to generate oxygen an...
The electrolytic oxygen generator for the back-up water electrolysis system in a 90-day manned test ...
Carbides, nitrides, nitrocarbides, and carbonitrides of iron examined for catalytic activity in oxyg...
This disclosure is directed to an electrolysis cell forming hydrogen and oxygen at spaced terminals....
Chemical reactivity of atomic hydrogen, nitrogen, and oxygen at cryogenic temperature
Performance tests of CO2-H2O solid oxide electrolyte electrolysis system for generation of oxygen fo...
Water electrolysis unit design and development for integrated life support system oxygen productio
Design, fabrication, and testing of circulating electrolyte type water electrolysis system for autom...
Performance of prototype hydrogen oxygen electrolytic regenerative fuel cell stack with gas storage ...
Cathodic electrocatalyst materials studied for use in low temperature hydrogen oxygen fuel cells wit...
Design and tests of water vapor electrolysis cell for generating and regulating spacecraft oxygen an...
Development of cathodic electrocatalysts for use in low temperature hydrogen-oxygen fuel cells with ...