26 pages matching inert gases in this book
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GAS FLUID AND PHASE KINETICS
CRITICAL TENSIONS AND PHASE VOLUMES
ALTITUDE SIMILARITY AND PROCEDURES
9 other sections not shown
algorithms altitude ambient pressure arterial ascent rates breathing mixtures bubble formation bubble growth bubble model buoyancy carbon dioxide cavitation Chapter compression-decompression computers constant critical tensions decompression sickness Decompression Tables Decompression Theory deep stops density depth dissolved gas diver Doppler employed equation equivalent air depth excitation exponential exposure factors Figure flow fluid fraction free phase function gas buildup gas exchange gases gradient Haldane heliox helium increasing inert gas mechanisms micronuclei minute compartment multiday multidiving multilevel nitrogen nitrox nonstop limits nonstop time limits nucleation oxygen toxicity parameters partial pressures perfusion phase volume physical procedures pulmonary radius range rebreathers reduced repetitive diving RGBM safety stops saturation diving sea level solubility statistical supercomputers supersaturation surface interval surface tension switches table and meter tank technical diving temperature tion tissue and blood tissue compartments tissue tensions trimix U.S. Navy venous gas emboli Wienke B.R.