
Dissolved Gas Concentration in Water
Computation as Functions of Temperature, Salinity and Pressure
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Description
Key Features
- A single source for highly accurate and comprehensive tables for gas solubility in aquatic systems
- Information provided in tables, equations, and computer programmes
- Theory is presented to better understand the equations and calculations
Readership
Table of Contents
INTRODUCTION
1: SOLUBILITY OF ATMOSPHERIC GASES IN FRESH WATER
General Gas Solubility Relationships | Standard Air Solubility Concentration in mol/kg ( ) – Freshwater
Standard Air Solubility Concentration for Carbon Dioxide as a Function of Mole Fraction – Freshwater
Standard Air Solubility Concentration in Conventional Units ( ) – Freshwater | Computation of Air Saturation Concentrations ( or ) – Freshwater
Vapor Pressure of Water ( ) – Freshwater | Computation of Air Saturation Concentrations as Function of Elevation – Freshwater
Computation of Air Saturation Concentrations as Function of Water Depth – Freshwater
Computation of Bunsen Coefficients and Gas Solubility of an Arbitrary Mole Fraction – Freshwater | Computation of Gas Tension, mm Hg – Freshwater
2: SOLUBILITY OF ATMOSPHERIC GASES IN BRACKISH AND MARINE WATERS
Standard Air Solubility Concentration – Seawater | Standard Air Solubility Concentration for Carbon Dioxide as a Function of Mole Fraction – Seawater
Computation of Bunsen Coefficients – Seawater | Vapor Pressure of Water ( ) – Seawater | Hydrostatic Head of Water - Seawater | Computation of Gas Tension, mm Hg – Seawater
3: SUPERSATURATION OF GASES
Computation Supersaturation for Individual Gases in Oceanography | Computation and Reporting of Gas Supersaturation | Physics of dissolved gases
Physics and physiological basis of gas bubble disease | Dissolved gas analysis | Computation and reporting of gas supersaturation levels
Computation of gas supersaturation from concentration units | Conversion of older reported gas supersaturation data
Impact of depth on gas supersaturation levels | Impact of Physical, Chemical, and Biological Processes on Gas Supersaturation
Heating and Cooling Water | Mixing waters of different temperatures
Mixing waters of different salinities | Bubble Entrainment
4: SOLUBILITY OF NOBLE GASES IN THE ATMOSPHERE
Helium | Neon | Krypton | Xenon
5: SOLUBILITY OF TRACE GASES IN THE ATMOSPHERE
Hydrogen | Methane | Nitrous oxide
6: SOLUBILITY OF GASES IN BRINES
Oxygen | Carbon dioxide
7: PHYSICAL PROPERTIES OF WATER
Density | Specific weight | Vapor pressure
Heat capacity (Cp) | Viscosity | Kinematic viscosity
Surface tension | Heat of vaporization
REFERENCES
APPENDIX A: COMPUTATION OF GAS SOLUBILITY
APPENDIX B: COMPUTATION OF PHYSICAL PROPERTIES OF WATER
APPENDIX C: COMPUTER PROGRAMS
AIRSAT
ARBSAT
APPENDIX D: SUPPLEMENTAL INFORMATION
Property of Gases
Definitions of Key Symbols in the Text
Units and Conversions
Product details
- No. of pages: 306
- Language: English
- Copyright: © Elsevier 2012
- Published: January 15, 2012
- Imprint: Elsevier
- eBook ISBN: 9780124159679
About the Author
John Colt
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