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Author:   V. S. Golubev ,  V S Golubev
Publisher:   Springer-Verlag New York Inc.
Imprint:   Springer-Verlag New York Inc.
Edition:   1971 ed.
Dimensions:   Width: 21.00cm , Height: 0.90cm , Length: 27.90cm
Weight:   0.419kg
ISBN:  

9781468415896

ISBN 10:   1468415891
Pages:   150
Publication Date:   30 March 2012
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Active
Availability:   Manufactured on demand  
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Table of Contents

1. Formulating the Problem of the Geochemical Migration of Included Substances, and Methods of Solving It.- § 1. Formulating the problem of geochemical migration of included substances.- § 2. Equations of material balance and kinetics of the processes of interaction between a substance and host rocks.- § 3. Hydrodynamic equations.- § 4. Simplification and methods of solving the problem.- § 5. The geochemical migration of mixtures.- Literature cited.- 2. Diffusion in Rocks.- § 6. Laws of diffusion.- § 7. Solutions of diffusion equacions for steady-state current.- § 8. Solutions of the linear equation of nonstationary diffusion for an unbounded body.- § 9. Solutions of the linear equation of nonstationary diffusion for a semibounded body.- § 10. Solutions of the diffusion equation for a finite body.- § 11. Factors affecting the coefficient of diffusion.- § 12. Aspects of diffusion in rocks.- § 13. Methods of determining coefficients of diffusion in rocks.- § 14. Description of the diffusion of salt in rocks.- § 15. Experimental data on the diffusion of salt in rocks.- § 16. The effect of moisture content on the diffusion of salt in rocks.- § 17. Experimental data on the diffusion of gases in rocks.- Literature cited.- 3. Adsorption and Ion Exchange in the Interaction of Solutions and Gases with Rocks.- § 18. The concept of adsorption.- § 19. Adsorption isotherms of gases and vapors on a homogeneous surface.- § 20. Adsorption of gases and vapors by porous adsorbents.- § 21. Adsorption of solutions on the surface of solids.- § 22. Ion exchange.- § 23. The concept of chemisorption.- § 24. Ion-exchange equilibrium in soils.- § 25. Investigation of adsorption and ion exchange in rocks.- § 26. Adsorption of gases on rocks.- Literature cited.- 4. TheKinetics of Adsorption, Ion Exchange, and Chemical Reactions of Solutions and Gases with Rocks.- § 27. The basic aspects of formal kinetics.- § 28. Heterogeneous processes.- § 29. Kinetic and diffusion regions of heterogeneous chemical reaction.- § 30. The kinetics of adsorption and ion exchange.- § 31. Equations of internal-diffusion kinetics of adsorption and ion exchange.- § 32. The effect of temperature on reaction rate.- § 33. Methods of studying the kinetics of heterogeneous processes.- § 34. Experimental data on the kinetics of heterogeneous processes in rocks.- Literature cited.- 5. The Kinetics of Adsorption, Ion Exchange, and Chemical Reaction in a Current.- § 35. The kinetics of adsorption and ion exchange in the external-diffusion region.- § 36. The kinetics of adsorption and ion exchange in the internal-diffusion region.- § 37. The kinetics of adsorption and ion exchange with simultaneous consideration of intergranular and intragranular diffusion.- § 38. The kinetics of adsorption and ion exchange due to flow.- § 39. Determination of the diffusion mechanism controlling the rate of adsorption and ion exchange.- § 40. The kinetics of heterogeneous chemical reactions in a current.- § 41. Study of the kinetics of ion exchange in rocks from a current.- Literature cited.- 6. Geochemical Migration Due to Filtration and Diffusion.- § 42. Diffusion in a heterogeneous medium with consideration of adsorption and ion exchange.- § 43. Diffusion in a heterogeneous medium, considering chemical reactions.- § 44. Filtration in a heterogeneous medium in the absence of interaction between substance and medium.- § 45. Filtration of a one-component solution in a porous medium, considering adsorption and ion exchanges.- § 46. Geochemical migration due tofiltration in a weakly adsorbent medium.- § 47. Filtration in a heterogeneous medium with consideration of chemical reaction.- § 48. Filtration of a mixture of substances.- § 49. A dynamic method of determining the kinetic coefficients of adsorption and ion exchange.- § 50. Experimental results on filtration of solutions not interacting with the rocks.- § 51. A study of diffusion and filtration of adsorbable solutions and gases in rocks.- § 52. The so-called “filtration effect”.- Literature cited.- 7. The Theory of Formation of Hydrothermal Deposits and Geochemical Aureoles at Deposits of Ores and Gas.- § 53. The formation of hydrothermal deposits and primary aureoles by interaction between solution and country rock.- § 54. The formation of deposits by reaction between components of hydrothermal solutions.- § 55. The theory of forming secondary geochemical aureoles of ore and gas deposits.- § 56. The question of oil formation.- Literature cited.

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