## Technical Diving in Depth |

### From inside the book

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Page 33

A set of repetitive, multiday, and excitation factors, m "P, m '8, and n ", are drawn

in

7 days. Clearly, the repetitive factors, m ", relax to one after about 2 hours, while ...

A set of repetitive, multiday, and excitation factors, m "P, m '8, and n ", are drawn

in

**Figures**5, 6, and 7, using conservative parameter values, y' = 80 min and w' =7 days. Clearly, the repetitive factors, m ", relax to one after about 2 hours, while ...

Page 162

... r = 60 fsw/min (Part 7,

new Group (Part 7,

t (Part 7,

... r = 60 fsw/min (Part 7,

**Figure**1)? If 68 min are spent on the surface, what is thenew Group (Part 7,

**Figure**1)? On the next dive to 46 fow, what is the penalty time,t (Part 7,

**Figure**1)? If bottom time at 46 fow is 15 min, what is the new surfacing ...Page 344

The above set of equations are cast in vector notation, and

review the addition, subtraction, velocity and particle displacement (

velocity and particle displacement in a curved trajectory, and acceleration (

2) in ...

The above set of equations are cast in vector notation, and

**Figures**1 and 2review the addition, subtraction, velocity and particle displacement (

**Figure**1),velocity and particle displacement in a curved trajectory, and acceleration (

**Figure**2) in ...

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### Contents

Gas Kinetics | 3 |

Dissolved Phase Transfer | 10 |

CRITICAL TENSIONS AND PHASE VOLUMES | 21 |

Copyright | |

22 other sections not shown

### Common terms and phrases

algorithms altitude ambient pressure arterial ascent rate Best Publishing Company blood Boyle's law breathing gas breathing mixtures bubble growth buoyancy carbon dioxide computers constant critical tensions decompression sickness density depth diffusion dissolved gas dive computer diver Earth elevation elimination energy equation equivalent air depth exposures factors Figure flow fluid fºw fraction free phase function gases gauge gradient gravitational Haldane heat heliox helium hyperbaric increase inert gas liquid mass mechanical micronuclei molecular molecules multiday multidiving nitrogen nitrox nonstop limits nonstop time limits nuclei ocean oxygen toxicity parameters partial pressures perfusion phase volume physical profiles radius ratio rebreathers reduced repetitive diving RGBM risk saturation scale sea level solar solubility speed supersaturation surface interval surface tension Table tank temperature tissue compartments tissue tension trimix underwater vapor velocity venous wavelength waves Wienke B.R. winds