Providing broad coverage of radiogenic isotopes, this book explains the basic principles and state-of-the-art techniques used to study them. The major isotopic systems are fully summarised with relation to real-world applications, enabling advanced undergraduate students and industry professionals to maximise the potential value of isotopic datasets.
Providing broad coverage of radiogenic isotopes, this book explains the basic principles and state-of-the-art techniques used to study them. The major isotopic systems are fully summarised with relation to real-world applications, enabling advanced undergraduate students and industry professionals to maximise the potential value of isotopic datasets.
Bruce F. Schaefer is a Senior Lecturer in Isotope Geochemistry at Macquarie University, Sydney. His work uses isotopes to solve a broad range of geological problems by identifying and subsequently applying, or on occasion developing, an appropriate isotopic tracer to solve the issue. His research interests include planetary differentiation, mantle plumes, Precambrian geodynamics and magmatic processes. Dr Schaefer was awarded the Tate Memorial Medal for original research from Adelaide University, where he graduated from. He held positions at the Open University, UK, and Monash University, Australia, before moving to Macquarie. His publications include work on magmatism, Precambrian tectonics, mineralised systems, groundwater, weathering rates, geophysics and meteorites.
Inhaltsangabe
Dedication Preface Acknowledgements List of abbreviations and symbols Part I. 'How': Isotopes and How They Are Measured: 1. Isotopes and geochemistry 2. Processes 3. Mass spectrometry 4. Stable isotopes 5. Radioactivity, radioactive decay and isotope systems applied in the geosciences Part II. 'When': Geological Time, Ages and Rates of Geological Phenomena: 6. Underpinnings of geochronology: background and principles 7. Isochron geochronology 8. U-Pb and Pb-Pb geochronology 9. Argon geochronology Part III. 'Where': Tracking the Course of Material through the Earth: 10. Isotopes as tracers: general principles 11. Applications of radiogenic tracers 12. New developments in radiogenic isotopes Appendix 1. Conversion between weight % oxide and ppm Appendix 2. Isotopic abundances Glossary References Index.
Dedication Preface Acknowledgements List of abbreviations and symbols Part I. 'How': Isotopes and How They Are Measured: 1. Isotopes and geochemistry 2. Processes 3. Mass spectrometry 4. Stable isotopes 5. Radioactivity, radioactive decay and isotope systems applied in the geosciences Part II. 'When': Geological Time, Ages and Rates of Geological Phenomena: 6. Underpinnings of geochronology: background and principles 7. Isochron geochronology 8. U-Pb and Pb-Pb geochronology 9. Argon geochronology Part III. 'Where': Tracking the Course of Material through the Earth: 10. Isotopes as tracers: general principles 11. Applications of radiogenic tracers 12. New developments in radiogenic isotopes Appendix 1. Conversion between weight % oxide and ppm Appendix 2. Isotopic abundances Glossary References Index.
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