Geochemical Exploration 1982
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Geochemical Exploration 1982

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Geochemical Exploration 1982

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About This Book

Developments in Economic Geology, Volume 17: Geochemical Exploration 1982 provides an outline of several significant areas of technical communications in relation to the mining industry. This book discusses the role of governments, universities, and industries in the search for and development of the natural resources. Organized into 56 chapters, this volume begins with an overview of the significant role that technical communications play in everyday activities. This text then examines the geochemical case histories for soil and lake-sediment surveys. Other chapters consider the chemistry of deep ground waters from throughout the Athabasca Basin. This book discusses as well the uranium mineralization of the McClean Lake Area deposits, which can be described as belonging to two different facies. The final chapter deals with the application of factor analysis for the purpose of identifying areas potentially favorable for uranium deposits. This book is a valuable resource for scientists and mineral engineers.

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Information

Publisher
Elsevier Science
Year
2013
ISBN
9780444597106
Topic
Technology & Engineering
Subtopic
Mining Engineering
Index
Technology & Engineering

Table of contents

  1. Front Cover
  2. Geochemical Exploration 1982
  3. Copyright Page
  4. Table of Contents
  5. Introduction
  6. Presidential Address
  7. Chapter 1. The role of communication in Exploration Geochemistry
  8. Chapter 2. Number Three Orebody, Ranger One, Australia — a case history
  9. Chapter 3. Geochemical exploration for unconformity-type uranium deposits in permafrost terrain, Hornby Bay Basin, Northwest Territories, Canada
  10. Chapter 4. Application of hydrogeochemistry to uranium exploration in the Pine Creek Geosyncline, Northern Territory, Australia
  11. Chapter 5. Hydrogeochemical exploration for uranium within the Athabasca Basin, northern Saskatchewan
  12. Chapter 6. Orientative lithogeochemistry of the Archean and Aphebian basement in the Key Lake uranium deposit region (Saskatchewan, Canada)
  13. Chapter 7. The application of lithogeochemistry in the search for uncorformity-type uranium deposits, Northern Saskatchewan, Canada
  14. Chapter 8. Geochemical zoning around the McClean uranium deposits, (Saskatchewan, Canada)
  15. Chapter 9. Geochemical exploration for uranium and other metals in tropical and subtropical environments using heavy mineral concentrates
  16. Chapter 10. Stream-sediment geochemical prospecting for uranium in the Paleozoic of the Belgian Ardennes
  17. Chapter 11. Uranium districts defined by reconnaissance geochemistry in South Greenland
  18. Chapter 12. Uranium in Pacific deep-sea sediments and manganese nodules
  19. Chapter 13. Ground-water geochemistry of uranium and other elements, Monticello area, New York
  20. Chapter 14. The measurements of 226Ra/223Ra activity ratios in ground water as a uranium exploration technique
  21. Chapter 15. Evaluation of radioactive anomalies using radium isotopes in ground waters
  22. Chapter 16. Ground-water geochemistry in the Abitibi volcanic belt of Quebec
  23. Chapter 17. Regional hydrogeochemical patterns in ground water of northwestern Ohio and their relation to Mississippi Valley–type mineral occurrences
  24. Chapter 18. Hydrogeochemical exploration for barite, Ouachita Mountains, U.S.A.
  25. Chapter 19. Geochemical multi-element prospecting for carbonatites by energy-dispersive X-ray fluorescence
  26. Chapter 20. Laboratory and field evidence in support of the electrogeochemically enhanced migrations of ions through glaciolacustrine sediment
  27. Chapter 21. Soil air carbon dioxide and oxygen measurements as a guide to concealed mineralizations in semi-arid and arid regions
  28. Chapter 22. The use of fluid decrepitometry to distinguish mineralized and barren quartz veins in the Aberfoyle tin-tungsten mine area, Tasmania
  29. Chapter 23. Geochemical hydrocarbon exploration — a new/old exploration tool
  30. Chapter 24. The role of mercury, arsenic and boron as pathfinder elements in geochemical exploration for geothermal energy
  31. Chapter 25. Hg and As soil geochemistry of the Meager Creek geothermal area
  32. Chapter 26. Surface geochemistry at Roosevelt Springs KGRA, Utah
  33. Chapter 27. Geochemical indicators of high-temperature geothermal system
  34. Chapter 28. Effects of exponentially decaying spatial patterns on the probability distribution of anomalous values
  35. Chapter 29. SCORESUM — a technique for displaying and evaluating multi-element geochemical information, with examples of its use in regional mineral assessment programs
  36. Chapter 30. Statistical evaluation of the significance of categorical field parameters in the interpretation of regional geochemical sediment data
  37. Chapter 31. Heavy metals in stream sediments: error versus concentration
  38. Chapter 32. Computer analysis of mineralization within evolving subvolcanic and caldera systems, Breckenridge and Bonanza regions, Colorado mineral belt, U.S.A.
  39. Chapter 33. Recent advances in geochemical exploration in China
  40. Chapter 34. Geochemistry of tin, tungsten and molybdenum in Swedish Proterozoic granitoids: their potential use in regional mineral exploration
  41. Chapter 35. Distribution of mercury compounds in ore and host rocks at Sigma gold mine Val d'Or, Quebec, Canada
  42. Chapter 36. Thallium: a potential guide to mineral deposits
  43. Chapter 37. Chemistry of the 350° C hot springs on the crest of the East Pacific Rise at 21° C
  44. Chapter 38. Hydrothermal deposition on the East Pacific Rise at 21° N
  45. Chapter 39. Sulphide mineralization and wall-rock alteration in ophiolites and modern oceanic spreading centres
  46. Chapter 40. Archean sea-floor hydrothermal systems: the third dimension
  47. Chapter 41. Tuffaceous exhalites as exploration guides for volcanogenic massive sulphide deposits
  48. Chapter 42. Zonation of chalcophile elements about the Howard's Pass (XY) Zn-Pb deposit, Selwyn Basin, Yukon
  49. Chapter 43. Identification of diagnostic geochemical alteration in the wallrocks of Archean volcanic-exhalative massive sulfide deposits
  50. Chapter 44. Lithogeochemistry of Wainaleka Cu-Zn volcanogenic deposit, Viti Levu, Fiji, and possible applications for exploration in tropical terrains
  51. Chapter 45. Rock geochemical exploration at Mount Morgan, Queensland, Australia
  52. Chapter 46. Lithogeochemistry as an indicator of uranium and tin mineralization, South Mountain Batholith, Nova Scotia, Canada
  53. Chapter 47. Lithogeochemistry of hypogene, supergene and leached cap samples, Berg porphyry copper deposit, British Columbia
  54. Chapter 48. Cobalt as an exploration tool in the Outokumpu zone, Finland
  55. Chapter 49. The use of the "immobile" elements Zr and Ti in lithogeochemical exploration for massive sulphide deposits in the Precambrian Pecos greenstone belt of northern New Mexico
  56. Chapter 50. Factor and discriminant analysis to lithogeochemical prospecting in an area of central Sweden
  57. Chapter 51. Lithogeochemical dispersion associated with Ririwai zinc-tin lode, northern Nigeria
  58. Chapter 52. Geochemical dispersion patterns of As, Sb, Bi and Se associated with sulfide mineralization at Avoca, Eire
  59. Chapter 53. Autoradiography and scanning electron microscopy combined with energydispersive spectrometry (SEM-EDS) in the service of geochemical exploration
  60. Chapter 54. Practical field-portable atomic absorption analyser
  61. Chapter 55. Petrographic and geochemical characteristics of iron-rich rocks and their significance in exploration for massive sulfide deposits, Bat hurst, New Brunswick, Canada)
  62. Chapter 56. R-mode factor analysis applied to uranium exploration in the Montrose quadrangle, Colorado