UID:
almahu_9948026323202882
Format:
1 online resource (385 p.)
ISBN:
1-281-77180-5
,
9786611771805
,
0-08-087047-3
Series Statement:
Elsevier oceanography series ; 11
Uniform Title:
T, S-analiz vod Mirovogo okeana.
Content:
Temperature-Salinity Analysis of World Ocean Waters
Note:
Translation of T, S-analiz vod Mirovogo okeana.
,
Front Cover; Temperature - Salinity Analysis of World Ocean Waters; Copyright Page; Contents; Foreword to the English Edition; CHAPTER 1. INTRODUCTION; Acknowledgement; List of main symbols; CHAPTER 2. THE EQUATION OF STATE OF SEA WATER; 1. The parameters of state of sea water; 2. The equation of state of sea water; 3. The equation of state of sea water at atmospheric pressure; 4. The equation of state of sea water in situ; 5. Characteristic diagrams. The T-S diagram; 6. The equation of state in Tumlirz' form; 7. The equation of state in Tait-Gibson's form
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8. The equation of state in polynomial form9. Simplified equation of state of sea water; 10. Approximation of the Knudsen-Ekman equation of state; 11. On the comparative exactness of the various equations of state of sea water; CHAPTER 3. FUNDAMENTALS OF THE THERMODYNAMICS OF SEA WATER; 12. Sea water as a subject of thermodynamics; 13. Fundamental thermodynamic relationships for a single-component system; 14. Fundamental thermodynamic relations for a two-component system - sea water; 15. Chemical potential; 16. The Gibbs-Duhem equation; 17. Partial quantities; 18. Heat capacity of sea water
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19. The speed of sound20. Kelvin's formula; 21. Non-linear properties of sea water; 22. Contraction on mixing of sea waters; CHAPTER 4. PARTIAL DERIVATIVES OF THE EQUATION OF STATE; 23. Expansion of function (Y = (S,T,p ) into Taylor's series; 24. Thermal expansion and saline "contraction"; 25. The thermohaline derivative; 26. Baric compressibility; 27. Adiabatic compressibility and potential temperature; 28. Vertical stability; 29. Partial derivatives of the speed of sound; CHAPTER 5. THE T-S DIAGRAM AND ITS PROPERTIES; 30. The representation of the process of mixing on the T-S diagram
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31. T-S curves of the waters'of the ocean32. The line integral in the T-S plane; 33. The T-S diagram in the light of the theory of a plane field; 34. Basic characteristics of the T-S surve . Conservation of form; 35. The calculation of the line integral along the T-S curve; 36. The real and the linearized isopycnic fields . Contraction on mixing; 37. The transformation of coordinates on the T-S plane; 38. The function of the density flux in oceanographic T-S analysis; CHAPTER 6. ANALYTICALTHEORIES OF T-S CURVES; 39. Formulating the theoretical problems
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40. The theory of T-S curves for an ocean of infinite and semi-infinite depth41. Mixing of two water masses in an ocean of infinite depth; 42. The mixing of three water masses in an ocean of infinite depth; 43. The mixing of two water masses in an ocean of semi-infinite depth; 44. The mixing of three water masses in an ocean of semi-infinite depth; 45. A simplified theory of T-S curves for an ocean of finite depth; 46. Some problems of thermohaline convection . An analogy: the problem of the growth and decay of an ice sheet in the sea
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47. The determination of the coefficient of mixing from T-S curves (Jacobsen's method)
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English
Additional Edition:
ISBN 0-444-41251-4
Language:
English
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