Incluye bibliografía e índice: páginas 172-174

1. Introduction.. 2. Iodine and Other Halides.. 3. Sulphur.. 4. Selenium.. 5. Tellurium.. 6. Polonium.. 7. Nitrogen.. 8. Phosphorus.. 9. Arsenic.. 10. Antimony.. 11. Bismuth.. 12. Carbon.. 13. Silicon.. 14. Germanium.. 15. Tin.. 16. Lead.. 17. Boron.. 18. Aluminum.. 19. Gallium.. 20. Indium.. 21. Thallium.. 22. Zinc.. 23. Cadmium.. 24. Mercury.. 25. Copper.. 26. Silver.. 27. Gold.. 28. Nickel.. 29. Cobalt.. 30. Iron.. 31. Palladium.. 32. Rhodium.. 33. Ruthenium.. 34. Platinum.. 35. Iridium.. 36. Osmium.. 37. Manganese.. 38. Technetium.. 39. Rhenium.. 40. Chromium.. 41. Molybdenum.. 42. Tungsten.. 43. Vanadium.. 44. Niobium.. 45. Tantalum.. 46. Titanium.. 47. Zirconium.. 48. Hafnium.. 49. Scandium.. 50. Yttrium and the rare earth elements (REE.. 51. Americium.. 52. Plutonium.. 53. Neptunium.. 54. Uranium.. 55. Thorium.. 56. Beryllium.. 57. Magnesium.. 58. Calcium.. 59. Strontium.. 60. Barium.. 61. Radium.. Subject Index

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At last geochemists are offered one comprehensive reference book which gives the Eh-pH diagrams for 75 elements found in the earth's surface environment, including transuranic and other radioactive species. For each of these newly calculated diagrams short explanatory texts are added. For the first time the primary elements are considered in water with metal, sulfur, carbon, and other species as appropriate. Furthermore, based on these figures and up-to-date thermodynamic data presented in this reference, researchers can predict the behavior of elements in the surface environment. Geoscientists, chemists and environmental agencies will also benefit from several brief texts on the importance of various elements to problems of radioactive waste disposal. Inglés

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