Technical Diving in Depth |
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Page 33
... factors , n " , relax to one after about 2 hours , while the multiday factors , 8 , continue to decrease with increasing repetitive activity , though at very slow rate . Increases in y1 ( bubble elimination X halftime ) and w - 1 ...
... factors , n " , relax to one after about 2 hours , while the multiday factors , 8 , continue to decrease with increasing repetitive activity , though at very slow rate . Increases in y1 ( bubble elimination X halftime ) and w - 1 ...
Page 51
... factors , a , called altitude correction factors , which are just the ratios of sea level atmospheric pressure to altitude atmospheric pressure , multiplied by the specific density of fresh water ( 0.975 ) . Neglect of the specific ...
... factors , a , called altitude correction factors , which are just the ratios of sea level atmospheric pressure to altitude atmospheric pressure , multiplied by the specific density of fresh water ( 0.975 ) . Neglect of the specific ...
Page 52
... factors Correction factors , ß , are used to scale depths at altitude to sea level equiv- alence for use in standard tables . The factors are always greater than one , and are simply the ratios of sea level atmospheric pressures to ...
... factors Correction factors , ß , are used to scale depths at altitude to sea level equiv- alence for use in standard tables . The factors are always greater than one , and are simply the ratios of sea level atmospheric pressures to ...
Contents
PARTS | 3 |
Dissolved Phase Transfer | 10 |
CRITICAL TENSIONS AND PHASE VOLUMES | 21 |
Copyright | |
15 other sections not shown
Common terms and phrases
Addison Wesley algorithms altitude ambient pressure Appendix arterial ascent rate atmosphere blood breathing mixtures bubble growth buoyancy carbon dioxide cavitation computers constant critical tensions decompression sickness Decompression Tables density depth diffusion dissolved gas Dive computers diver Doppler Earth elevation elimination energy equation equivalent air depth exposures factors Figure flow fluid free phase function gases gradient gravitational Haldane halftimes heat heliox helium hyperbaric increase inert gas kinetic liquid mass mechanical meter micronuclei molecules multiday multidiving NAUI nitrogen nitrox nonstop limit nonstop time limits nucleation nuclei ocean oxygen oxygen toxicity partial pressures perfusion phase volume physical profiles radiation radius ratio rebreathers reduced repetitive diving RGBM risk saturation sea level solar solubility speed supersaturation surface interval surface tension Table temperature tissue compartments tissue tension trimix underwater vapor velocity venous water waves wavelength Wienke B.R. winds