| Título : |
Isotope Geology |
| Tipo de documento: |
Libro |
| Autores: |
Claude J. Allègre, Autor |
| Editorial: |
Cambridge : Cambridge University Press |
| Fecha de publicación: |
2008 |
| Número de páginas: |
512 p. |
| Il.: |
il |
| Idioma : |
Inglés (eng) |
| Clasificación: |
[BFA] Ciencias Naturales y Biológicas:Ciencias de la Tierra:Geología
[BFA] Ciencias Naturales y Biológicas:Ciencias de la Tierra:Geoquímica
|
| Palabras clave: |
Geología Isotópica Isótopos Geoquímica |
| Nota de contenido: |
- Isotopes and radioactivity
- Reminders about the atomic nucleus
- The mass spectrometer
- Isotopy
- Radioactivity
- The principles of radioactive dating
- Dating by parent isotopes
- Dating by parentdaughter isotopes
- Radioactive chains
- Dating by extinct radioactivity
- Determining geologically useful radioactive decay constants
- Radiometric dating methods
- General questions
- Rich systems and solutions to the problem of the open system
- Poor systems and the radiometric isotopic correlation diagram
- Mixing and alternative interpretations
- Towards the geochronology of the future: in situ analysis
- Cosmogenic isotopes
- Nuclear reactions
- Carbon-14 dating
- Exposure ages
- Cosmic irradiation: from nucleosynthesis to stellar and galactic radiation
- Uncertainties and results of radiometric dating
- Introduction
- Some statistical reminders relative to the calculation of uncertainties
- Sources of uncertainty in radiometric dating
- Geological interpretations
- The geological timescale
- The age of the Earth
- The cosmic timescale
- General remarks on geological and cosmic timescales
- Radiogenic isotope geochemistry
- Strontium isotope geochemistry
- Strontiumneodymium isotopic coupling
- The continental crustmantle system
- Isotope geochemistry of rare gases
- Isotope geology of lead
- Chemical geodynamics
- The early history of the Earth
- Conclusion
- Stable isotope geochemistry
- Identifying natural isotopic fractionation of light elements
- Modes of isotope fractionation
- The modalities of isotope fractionation
- The paleothermometer
- The isotope cycle of water
- Oxygen isotopes in igneous processes
- Paleothermometry and the water cycle: paleoclimatology
- The combined use of stable isotopes and radiogenic isotopes and the construction of a global geodynamic system
- Sulfur, carbon, and nitrogen isotopes and biological fractionation
- The current state of stable isotope geochemistry and its future prospects
- Isotope geology and dynamic systems analysis
- Basic reservoir analysis: steady states, residence time, and mean ages
- Assemblages of reservoirs having reached the steady state
- Non-steady states
- The laws of evolution of isotope systems |
| Link: |
https://www.bfa.fcnym.unlp.edu.ar/id/51564 |
|  |
Isotope Geology / Cambridge : Cambridge University Press (2008)
