cSounding of the Earth s Interior 1st Edition by Viacheslav V Spichak ISBN 0444529381 9780444529381

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ISBN 10: 0444529381 
ISBN 13: 9780444529381
Author: Viacheslav V Spichak

Electromagnetic Sounding of the Earth’s Interior 2nd edition provides a comprehensive up-to-date collection of contributions, covering methodological, computational and practical aspects of Electromagnetic sounding of the Earth by different techniques at global, regional and local scales. Moreover, it contains new developments such as the concept of self-consistent tasks of geophysics, 3-D interpretation of the TEM sounding data and indirect EM geothermometry, which, so far, have not all been covered by one book.

Electromagnetic Sounding of the Earth’s Interior 2nd edition consists of three parts: I- EM sounding methods, II- Forward modelling and inversion techniques, and III – Data processing, analysis, modelling and interpretation. The new edition includes brand new chapters on Pulse and frequency electromagnetic sounding for hydrocarbon offshore exploration and Indirect temperature estimation using EM sounding data additionally all other chapters have been extensively updated to include new developments.

Presents recently developed methodological findings of the earth’s study, including seismoelectrical and renewed magnetovariational approaches
Provides methodological guidelines for Electromagnetic data interpretation in various geological environments
Contains a balanced set of lectures covering all aspects of Electromagnetic sounding at global, regional and local levels along with case studies, highlighting the practical importance of electromagnetic data
Updates current findings in the field, in particular MT, magnetovariational and seismo-electrical methods and the practice of 3D interpretations

Electromagnetic Sounding of the Earth s Interior 1st Table of contents:

Part I: EM Sounding Methods
Chapter 1: Global 3-D EM Studies of the Solid Earth: Progress Status
Abstract
1.1. Introduction
1.2. Governing equations
1.3. 3-D EM inversion of ground-based Dst data using C-response approach
1.4. 3-D EM inversion of ground-based Sq data: concept and results
1.5. 3-D EM inversion of satellite Dst data using matrix Q-response approach
1.6. Alternative concept to handle complex source structures
1.7. Alternative data source for global EM induction studies
1.8. Concluding remarks and outlook
Acknowledgments
Chapter 2: Magnetovariational Method in Deep Geoelectrics
Abstract
2.1. Introduction
2.2. On integrated interpretation of MV and MT data
2.3. Model experiments
2.4. MV–MT study of the Cascadian subduction zone (EMSLAB experiment)
Acknowledgments
Chapter 3: Shallow Investigations by TEM-FAST Technique: Methodology and Examples
Abstract
3.1. Introduction
3.2. Advantages of TEM in shallow depth studies
3.3. On the TEM-FAST technology
3.4. 1-D modeling and inversion
3.5. 3-D modeling and inversion
3.6. Joint inversion of TEM and DC soundings
3.7. Side effects in TEM sounding
3.8. Conclusions
Chapter 4: Self-Consistent Problems of Geoelectrics
Abstract
4.1. Introduction
4.2. Induced polarization in subsurface structure
4.3. Self-consistent seismoelectric field
Part II: Forward Modeling and Inversion Techniques
Chapter 5: 3-D EM Forward Modeling Using Balance Technique
Abstract
5.1. Modern approaches to the forward problem solution
5.2. Balance method of EM fields computation in models with arbitrary conductivity distribution
5.3. Method of the EM field computation in axially symmetric media
Chapter 6: 3-D EM Forward Modeling Using Integral Equations
Abstract
6.1. Introduction
6.2. Volume integral equation method
6.3. Model examples
6.4. Conclusions
Acknowledgments
Chapter 7: Inverse Problems in Modern Magnetotellurics
Abstract
7.1. Introduction
7.2. Three features of multidimensional inverse problem
7.3. Three questions of Hadamard
7.4. MT and MV inversions in the light of Tikhonov’s theory of ill posed problems
Chapter 8: Methods of Joint Robust Inversion in Magnetotelluric and Magnetovariational Studies with Application to Synthetic Datasets
Abstract
8.1. Adaptive parameterization of a geoelectric model
8.2. Inverted and modeling data
8.3. Inversion as a minimization problem
8.4. Study of inversion algorithms using synthetic datasets
8.5. Conclusions
Acknowledgments
Chapter 9: Neural Network Reconstruction of Macroparameters of 3-D Geoelectric Structures
Abstract
9.1. Introduction
9.2. Backpropagation technique
9.3. Creation of teaching and testing data pools
9.4. Effect of the ANN architecture on the quality of the parameters’ recognition
9.5. Effect of the input data type
9.6. Effect of the volume and structure of the training data pool
9.7. Extrapolation ability of ANN
9.8. Noise treatment
9.9. Case history: ANN reconstruction of the Minou fault parameters
Acknowledgments
Part III: Data Processing, Analysis, Modeling and Interpretation
Chapter 10: Arrays of Simultaneous Electromagnetic Soundings: Design, Data Processing, Analysis, and Inversion
Abstract
10.1. Simultaneous systems for natural EM fields observation
10.2. Multisite schemes for estimation of transfer operators
10.3. Temporal stability of transfer operators
10.4. Methods for the analysis of simultaneous EM data
10.5. Methods for the interpretation of simultaneous EM data
10.6. Conclusions
Acknowledgments
Chapter 11: Magnetotelluric Field Transformations and Their Application in Interpretation
Abstract
11.1. Introduction
11.2. Linear relations between MT field components
11.3. Point transforms of MT data
11.4. Examples of the use of MT field point transforms for the interpretation
11.5. Integral transforms
Acknowledgments
Chapter 12: Modeling of Magnetotelluric Fields in 3-D Media
Abstract
12.1. A feasibility study of MT method application in hydrocarbon exploration
12.2. Testing hypotheses of the geoelectric structure of the Transcaucasian region from magnetotelluric data
12.3. MT imaging internal structure of volcanoes
12.4. Simulation of MT monitoring of the magma chamber conductivity
12.5. Assessment of the coastal aquifer salinization
Acknowledgments
Chapter 13: Magnetotelluric Studies in Russia: Regional-Scale Surveys and Hydrocarbon Exploration
Abstract
13.1. Introduction
13.2. MT survey technology in brief: data acquisition, processing, analysis, and interpretation
13.3. Regional-scale MT studies
13.4. MT for hydrocarbon prospecting
13.5. Prospects for future
13.6. Conclusions
Acknowledgments
Chapter 14: Pulse and Frequency Soundings of Shelf Hydrocarbon Reservoirs
Abstract
14.1. Introduction
14.2. Model and sounding configurations
14.3. Modeling results
14.4. Gradient configurations
14.5. Limiting possibilities of soundings
14.6. Sounding of inhomogeneous media
14.7. EM sounding in the frequency-dispersive media
14.8. Interpretation of soundings
14.9. Conclusions

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Tags: Viacheslav V Spichak, Electromagnetic, Sounding