Automatic cooling in water cooled space suits
Water cooled space suits automatic control based on physiological changes in astronaut during hard work
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Water cooled space suits automatic control based on physiological changes in astronaut during hard work
Extravehicular activity space suits evolution emphasizing appropriate body temperature control under various conditions and work loads
Space suit thermal insulation properties, wear durability and nonflammability improvements, reflecting techniques in fabricating cryogenic multilayer insulation systems
G suit application to clinical therapeutics, noting intraabdominal bleeding control
G-suit hazards in lower extremity thrombophlebitis in pilots
Design and specifications for advanced extravehicular space suit
Space suit with pressure-volume compensator system
Equipotential space suits utilizing mechanical aids to minimize astronaut energy at bending joints
Helmet and torso tiedown mechanism for shortening pressure suits upon inflation
Space suit body heat exchanger design composed of thermal conductance yarn and liquid coolant loops
Conditioning suit for normal function of astronaut cardiovascular system in gravity environment
Space suit using nonflexible material with low leakage and providing protection against thermal extremes, physical punctures, and radiation with high mobility articulation
Development of improved convolute section for pressurized suits to provide high degree of mobility in response to minimum of applied torque
Venting device for pressurized space suit helmet to eliminate vomit expelled by crewmen
Design and development of protective spectacle for Apollo pressure suits
Voice operated receiving and transmitting system for use in protective suits
Partial pressure of carbon dioxide within a space suit is maintained at safe levels by regenerating carbon dioxide with potassium hydroxide solution on board spacecraft or by portable units.
The design, construction, and materials used in the Apollo space suit are discussed. The various materials and combinations of materials to obtain the desired type of protection are identified. Detailed descriptions are provided of the pressure garment, liquid cooled garment, extravehicular gloves, helmet, and boots.