The results of tests and studies to investigate the utilization of solid hydrogen for cooling of spacecraft instruments and sensors are presented. The results are presented in two sections; the first describing the tests in which an existing single stage solid cooler was filled and tested with solid hydrogen and the second which describes the analysis and design of a catalytic converter which will be tested in the vent line of the cooler
Subcooled liquid and slush hydrogen fuels in propulsion stages of Saturn S-4C manned Mars flyby vehi...
Catalytic type sensing system for detecting hydrogen-air mixtures in spacecraft cabin atmosphere
A hydrogen gas sensor that can replace catalytic combustion sensors used to detect leaks in the liqu...
The utilization of solid hydrogen in space for sensor and instrument cooling is a very efficient tec...
Computer simulation studies of liquid hydrogen fill and vent systems for the space shuttle are studi...
The analysis on the feasibility for using metal hydrides in the thermal protection system of cryogen...
Technical analyses and computer programs in support of optimization of liquid hydrogen thermal prote...
Materials, fabrication and testing of modified, solid cryogenic cooler for use in infrared, detector...
Described herein is a comprehensive projecta large-scale test of an integrated refrigeration and sto...
Area hydrogen detector for unpressurized environments - palladium film sensor elemen
Study of hydrogen slush-hydrogen gel utilization is presented in two volume publication. The first v...
AbstractNASA operations for handling cryogens in ground support equipment have not changed substanti...
The activities presented are a broad based approach to advancing key hydrogen related technologies i...
In order to ascertain the applicability of hydrogen sensors to aerospace applications, a survey was ...
The experiments were conducted at Glenn's Small Multipurpose Research Facility (SMIRF, ref. 5). The ...
Subcooled liquid and slush hydrogen fuels in propulsion stages of Saturn S-4C manned Mars flyby vehi...
Catalytic type sensing system for detecting hydrogen-air mixtures in spacecraft cabin atmosphere
A hydrogen gas sensor that can replace catalytic combustion sensors used to detect leaks in the liqu...
The utilization of solid hydrogen in space for sensor and instrument cooling is a very efficient tec...
Computer simulation studies of liquid hydrogen fill and vent systems for the space shuttle are studi...
The analysis on the feasibility for using metal hydrides in the thermal protection system of cryogen...
Technical analyses and computer programs in support of optimization of liquid hydrogen thermal prote...
Materials, fabrication and testing of modified, solid cryogenic cooler for use in infrared, detector...
Described herein is a comprehensive projecta large-scale test of an integrated refrigeration and sto...
Area hydrogen detector for unpressurized environments - palladium film sensor elemen
Study of hydrogen slush-hydrogen gel utilization is presented in two volume publication. The first v...
AbstractNASA operations for handling cryogens in ground support equipment have not changed substanti...
The activities presented are a broad based approach to advancing key hydrogen related technologies i...
In order to ascertain the applicability of hydrogen sensors to aerospace applications, a survey was ...
The experiments were conducted at Glenn's Small Multipurpose Research Facility (SMIRF, ref. 5). The ...
Subcooled liquid and slush hydrogen fuels in propulsion stages of Saturn S-4C manned Mars flyby vehi...
Catalytic type sensing system for detecting hydrogen-air mixtures in spacecraft cabin atmosphere
A hydrogen gas sensor that can replace catalytic combustion sensors used to detect leaks in the liqu...