A summarization and categorization is presented of the pertinent literature associated with cryogenic thermal control technology having potential application to in-orbit fluid transfer systems and/or associated space storage. Initially, a literature search was conducted to obtain pertinent documents for review. Reports determined to be of primary significance were summarized in detail. Each summary, where applicable, consists of; (1) report identification, (2) objective(s) of the work, (3) description of pertinent work performed, (4)major results, and (5) comments of the reviewer (GD/C). Specific areas covered are; (1) multilayer insulation of storage tanks with and without vacuum jacketing, (2) other insulation such as foams, shadow shield...
The maturation of Cryogenic Fluid Management (CFM) Technologies is essential for achieving NASA's fu...
Evaluation of effectiveness of external insulation for improving thermal performance of cryogenic st...
The characteristics of a cryogenic tank for storing liquid hydrogen, nitrogen, oxygen, methane, or h...
The general scope of study on thermal energy storage development includes: (1) survey and review po...
Cryogenic fluid management technology is critical to the success of future nuclear thermal propulsio...
Technology deficiencies in the area of thermal control for future space missions are identified with...
Technological developments which have potential application outside the aerospace community are repo...
Computerized analysis of thermal conductivity of 20-inch and 105-inch cryogenic space storage tank
NASA has developed a family of thermal test cryostats at the Cryogenics Test Laboratory at NASA’s Ke...
A group of documents were chosen and abstracted which contain information on the properties of foam ...
Modern multi-layer insulation (MLI) allows to sharply reduce the heat leak into cryogenic propellant...
Self-pressurization of cryogenic storage tanks due to heat leak through the thermal protection syste...
Thermal insulation materials and techniques for high temperature and cryogenic environments - techno...
Integration of thermal insulations with cryogenic storage tanks for space vehicle
Venting system for use with cryogenic propellants to control tank pressure during zero-gravity coas
The maturation of Cryogenic Fluid Management (CFM) Technologies is essential for achieving NASA's fu...
Evaluation of effectiveness of external insulation for improving thermal performance of cryogenic st...
The characteristics of a cryogenic tank for storing liquid hydrogen, nitrogen, oxygen, methane, or h...
The general scope of study on thermal energy storage development includes: (1) survey and review po...
Cryogenic fluid management technology is critical to the success of future nuclear thermal propulsio...
Technology deficiencies in the area of thermal control for future space missions are identified with...
Technological developments which have potential application outside the aerospace community are repo...
Computerized analysis of thermal conductivity of 20-inch and 105-inch cryogenic space storage tank
NASA has developed a family of thermal test cryostats at the Cryogenics Test Laboratory at NASA’s Ke...
A group of documents were chosen and abstracted which contain information on the properties of foam ...
Modern multi-layer insulation (MLI) allows to sharply reduce the heat leak into cryogenic propellant...
Self-pressurization of cryogenic storage tanks due to heat leak through the thermal protection syste...
Thermal insulation materials and techniques for high temperature and cryogenic environments - techno...
Integration of thermal insulations with cryogenic storage tanks for space vehicle
Venting system for use with cryogenic propellants to control tank pressure during zero-gravity coas
The maturation of Cryogenic Fluid Management (CFM) Technologies is essential for achieving NASA's fu...
Evaluation of effectiveness of external insulation for improving thermal performance of cryogenic st...
The characteristics of a cryogenic tank for storing liquid hydrogen, nitrogen, oxygen, methane, or h...