Physiology of Man in SpaceJack Harold Upton Brown |
Contents
Neuromuscular aspects of space travel | 1 |
Muscular Stresses in Space Flight | 15 |
Conclusions | 56 |
Copyright | |
14 other sections not shown
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Common terms and phrases
ability accel activity Aerospace Air Force aircraft altitude altitude acclimatization animal approximately arterial pressure astronaut atmosphere biological biopack blackout blood pressure body breathing capsule carbon dioxide cardiac cardiac output confinement decrease earth effects environment experiments exposure fibers forward acceleration function Gerathewohl Graveline Graybiel head level headward acceleration heart rate heat high g hypertension hypocapnia hypoxia immersion increase levels of acceleration lithium hydroxide maintain maneuver ment muscle muscular normal occur orbit otoliths oxygen partial pressure perceptual performance period physiological physiological tolerance pilot position pressure at head problem produced Project Mercury prolonged psychological radiation reactions reentry Rept respiratory response rocket rotation School of Aviation sensory sensory deprivation simulator space flight space vehicle stressors Strughold studies suit tasks techniques temperature tests tion tolerance U.S. Air Force USAF School Valsalva maneuver venous vision visual weight weightlessness zero gravity