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Modern isotope geochemistry is a rapidly expanding field that has a part to play in a broad range of earth and planetary sciences - from extra-solar system processes to environmental geoscience. this new edition of a popular textbook is completely updated and places more emphasis on the uses of radiogenic isotopes in environmental earth science. The author reviews the field of radiogenic isotope geology in a concise and visual manner to provide a comprehensive introduction to the subject and its wide variety of applications. For each technique, current ideas are presented in their historical…mehr
Modern isotope geochemistry is a rapidly expanding field that has a part to play in a broad range of earth and planetary sciences - from extra-solar system processes to environmental geoscience. this new edition of a popular textbook is completely updated and places more emphasis on the uses of radiogenic isotopes in environmental earth science. The author reviews the field of radiogenic isotope geology in a concise and visual manner to provide a comprehensive introduction to the subject and its wide variety of applications. For each technique, current ideas are presented in their historical context to allow the reader to understand the development of the theory. The latest ideas and methods, classic papers and case studies all come under scrutiny within this book. An accessible introduction for scientists from other disciplines and an important reference for students and researchers working in isotope geology.
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Autorenporträt
Alan P. Dickin is Professor of Geology at McMaster University, Ontario.
Inhaltsangabe
1. Nucleosynthesis and nuclear decay 2. Mass spectrometry 3. The Rb-Sr method 4. The Sm-Nd method 5. Lead isotopes 6. Isotope geochemistry of oceanic volcanics 7. Isotope geochemistry of continental rocks 8. Osmium isotopes 9. Lu-Hf, Ba-La-Ce, and K-Ca systems 10. K-Ar, Ar-Ar and U-He dating 11. Noble gas geochemistry 12. U-series dating 13. U-series geochemistry of igneous systems 14. Cosmogenic nuclides 15. Extinct radionuclides 16. Fission track dating Appendix 1: chart of the nuclides Appendix 2: meteorite types.
1. Nucleosynthesis and nuclear decay; 2. Mass spectrometry; 3. The Rb-Sr method; 4. The Sm-Nd method; 5. Lead isotopes; 6. Isotope geochemistry of oceanic volcanics; 7. Isotope geochemistry of continental rocks; 8. Osmium isotopes; 9. Lu-Hf, Ba-La-Ce, and K-Ca systems; 10. K-Ar, Ar-Ar and U-He dating; 11. Noble gas geochemistry; 12. U-series dating; 13. U-series geochemistry of igneous systems; 14. Cosmogenic nuclides; 15. Extinct radionuclides; 16. Fission track dating; Appendix 1: chart of the nuclides; Appendix 2: meteorite types.
1. Nucleosynthesis and nuclear decay 2. Mass spectrometry 3. The Rb-Sr method 4. The Sm-Nd method 5. Lead isotopes 6. Isotope geochemistry of oceanic volcanics 7. Isotope geochemistry of continental rocks 8. Osmium isotopes 9. Lu-Hf, Ba-La-Ce, and K-Ca systems 10. K-Ar, Ar-Ar and U-He dating 11. Noble gas geochemistry 12. U-series dating 13. U-series geochemistry of igneous systems 14. Cosmogenic nuclides 15. Extinct radionuclides 16. Fission track dating Appendix 1: chart of the nuclides Appendix 2: meteorite types.
1. Nucleosynthesis and nuclear decay; 2. Mass spectrometry; 3. The Rb-Sr method; 4. The Sm-Nd method; 5. Lead isotopes; 6. Isotope geochemistry of oceanic volcanics; 7. Isotope geochemistry of continental rocks; 8. Osmium isotopes; 9. Lu-Hf, Ba-La-Ce, and K-Ca systems; 10. K-Ar, Ar-Ar and U-He dating; 11. Noble gas geochemistry; 12. U-series dating; 13. U-series geochemistry of igneous systems; 14. Cosmogenic nuclides; 15. Extinct radionuclides; 16. Fission track dating; Appendix 1: chart of the nuclides; Appendix 2: meteorite types.
Rezensionen
'The Dickin text provides an excellent introduction to radiogenic isotope geochemistry. I read a previous edition cover-to-cover during preparation for the general knowledge exams in graduate school, and I still suggest that graduate students do the same in preparation for their exams. It continues to be a key reference for teaching and in the classroom and in the laboratory.' Matthew Jackson, University of California, Santa Barbara
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