Book contents
- Frontmatter
- Dedication
- Contents
- Preface
- 1 Mixing and Its Role in the Ocean
- 2 Thermodynamics and Seawater Properties
- 3 Turbulence
- 4 Double Diffusion
- 5 Sampling Mixing and Its Environment
- 6 Internal Waves and the Vortical Mode
- 7 Interactions and Dissipation of Internal Waves and the Vortical Mode
- 8 Mixing in the Stratified Interior
- Appendix A Mixing in the Stratified Interior
- Appendix B The GM79 Internal Wave Spectrum, Prepared with R.-C. Lien
- Bibliography
- Index
- Color Plates
2 - Thermodynamics and Seawater Properties
Published online by Cambridge University Press: 10 March 2021
- Frontmatter
- Dedication
- Contents
- Preface
- 1 Mixing and Its Role in the Ocean
- 2 Thermodynamics and Seawater Properties
- 3 Turbulence
- 4 Double Diffusion
- 5 Sampling Mixing and Its Environment
- 6 Internal Waves and the Vortical Mode
- 7 Interactions and Dissipation of Internal Waves and the Vortical Mode
- 8 Mixing in the Stratified Interior
- Appendix A Mixing in the Stratified Interior
- Appendix B The GM79 Internal Wave Spectrum, Prepared with R.-C. Lien
- Bibliography
- Index
- Color Plates
Summary
Beginning with the equation of state of seawater, the chapter proceeds to apply the first and second laws of thermodynamics to seawater. These, in turn, lead to the equilibrium and well-mixed states that provide references for the mixed state of the ocean. Molecular flux laws also follow from the thermodynamic discussion, and then the turbulent buoyancy flux and its effect on potential energy is considered. After exploring TS diagrams, expressions for water mass conversion are discussed, including thermobaricity, cabbeling, and dianeutral velocity.
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- Information
- Ocean Mixing , pp. 25 - 70Publisher: Cambridge University PressPrint publication year: 2021