Physiology in the Space Environment, Volumes 1-2

2nd Annual Conference acceleration aerosol Aerospace Air Force Base alveolar pressure alveoli animals Appl astronauts atelectasis Atmospheric Contamination blood flow breathing carbon cells changes ciliary mucous transport clearance collapse concentration Conference on Atmospheric Confined Spaces Contamination in Confined decrease deposition diffusing capacity dioxide distribution of blood droplets drugs dust effect endocytosis environment exposure factors fluid function G₂ gradient gravity heat helium increased inert gas inert gases infection Inhaled inspired intrapleural investigated lung volume measured mechanism membrane mice Milic-Emili nitrogen normal occur oxygen tension Oxygen Toxicity partial pressures particles PCO2 percent perfusion Permutt Phagocytosis Physiol physiological Pinocytosis PO₂ pres presented at 2nd problem psia pulmonary arterial pulmonary blood pulmonary circulation Pulmonary Diffusing Capacity Rahn rats Rept respiration Respiratory Physiology respiratory tract space flight space vehicle spacecraft Starling resistor studies temperature tion total pressure trace contaminants transpulmonary pressure trapping upper ventilation weightlessness zero G