The magnetotelluric method is a technique for imaging Earth's electrical conductivity and structure, from the near surface to 1,000 km in depth. This book provides a rigorous introduction to magnetotellurics, from the salient physics to practical implementation in the field, for academic researchers, advanced students, and industrial practitioners and geoscientists.
The magnetotelluric method is a technique for imaging Earth's electrical conductivity and structure, from the near surface to 1,000 km in depth. This book provides a rigorous introduction to magnetotellurics, from the salient physics to practical implementation in the field, for academic researchers, advanced students, and industrial practitioners and geoscientists.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Preface List of contributors 1. Introduction to the magnetotelluric method Alan D. Chave and Alan G. Jones 2. The theoretical basis for electromagnetic induction Alan D. Chave and Peter Weidelt 3. Earth's magnetic environment: 3A. Conductivity of Earth materials Rob L. Evans 3B. Description of the magnetospheric/ionospheric sources Ari Viljanen 4. The magnetotelluric response function Peter Weidelt and Alan D. Chave 5. Estimation of the magnetotelluric response function Alan D. Chave 6. Distortion of magnetotelluric data: its identification and removal Alan G. Jones 7. The 2D and 3D forward problems Chester Weiss 8. The inverse problem William L. Rodi and Randall L. Mackie 9. Instrumentation and field procedures Ian Ferguson 10. Case histories and geological applications Ian Ferguson, Alan G. Jones and Alan D. Chave Index.
Preface List of contributors 1. Introduction to the magnetotelluric method Alan D. Chave and Alan G. Jones 2. The theoretical basis for electromagnetic induction Alan D. Chave and Peter Weidelt 3. Earth's magnetic environment: 3A. Conductivity of Earth materials Rob L. Evans 3B. Description of the magnetospheric/ionospheric sources Ari Viljanen 4. The magnetotelluric response function Peter Weidelt and Alan D. Chave 5. Estimation of the magnetotelluric response function Alan D. Chave 6. Distortion of magnetotelluric data: its identification and removal Alan G. Jones 7. The 2D and 3D forward problems Chester Weiss 8. The inverse problem William L. Rodi and Randall L. Mackie 9. Instrumentation and field procedures Ian Ferguson 10. Case histories and geological applications Ian Ferguson, Alan G. Jones and Alan D. Chave Index.
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