Models and Methods of Magnetotellurics 1st Edition by Mark N Berdichevsky, Vladimir I Dmitriev ISBN 354077811X 9783540778110 by Mark N. Berdichevsky, Vladimir I. Dmitriev 9783540778110, 354077811X instant download after payment.

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Product details:

ISBN 10: 354077811X 
ISBN 13: 9783540778110
Author: Mark N Berdichevsky, Vladimir I Dmitriev

Models and Methods of Magnetotellurics 1st Table of contents:

Part I: Magnetotelluric and Magnetovariational Response Functions

1. The Magnetotelluric Response Functions

   • On the Deterministic Nature of the Impedance Tensor
   • Rotation of the Impedance Tensor
   • Dimensionality of the Impedance Tensor
     • The One-Dimensional Impedance Tensor
     • The Two-Dimensional Impedance Tensor
     • The Three-Dimensional Impedance Tensor
     • The Superimposition Impedance Tensor
   • Impedance Polar Diagrams
     • Polar Diagrams of the Impedance Tensor
     • Polar Diagrams of H- and E-Polarized Impedances
   • Dispersion Relations in the Impedance Tensor
   • On the Magnetotelluric Anomalies

2. The Impedance Eigenstate Problem

   • The Classical Formulation of the Tensor Eigenstate Problem
   • Polarization of the Magnetotelluric Field
   • Basic Approaches to the Impedance Eigenstate Problem
   • The Swift-Sims-Bostick Method
   • The Swift-Eggers Method
   • The La Torraca–Madden–Korringa Method
   • Final Remarks on the Impedance Eigenstate Problem

3. Separation of the Local and Regional Magnetotelluric Effects

   • Using the Local-Regional Decomposition
   • The Bahr and Groom-Bailey Methods
   • The Phase-Tensor Eigenstate Problem

4. The Magnetovariational Response Functions

   • Magnetic Perturbation Ellipses

5. The Recent Developments

Part II: Basic Models of the Distortion Theory

6. Two Classic Models of the Distortion Theory

7. Models of the Near-Surface Distortions

8. Models of Deep Geoelectric Structures

9. Models of Deep Faults

Part III: Interpretation of Magnetotelluric and Magnetovariational Data

10. Statement of Inverse Problem

11. The Interpretation Model

• Further detailed sections might include:
  • One-Dimensional Inversion Methods
  • Two-Dimensional Inversion Methods
  • Three-Dimensional Inversion Methods
  • Joint Inversion with Other Geophysical Data
  • Practical Case Histories and Applications (e.g., crustal imaging, mantle conductivity, geothermal exploration, CO2 storage characterization)
  • Instrumentation and Field Procedures (though this book focuses more on models/methods, some context is often provided)
  • Data Processing and Noise Reduction

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