The Solution of the Inverse Problem in Geophysical Interpretation

Chapter 1 Introduction

Chapter 2 Linearized Inversion of (Teleseismic) Data

Chapter 3 The Resolving Power of Seismic Surface Waves with Respect to Crust and Upper Mantle Structural Models

Chapter 4 The Inversion of Deep Seismic Soundings: Problems and Constraints

Chapter 5 Combined Reflection and Refraction Measurements for Investigating the Geothermal Anomaly of Urach

Chapter 6 The Approach to the Inversion Process in Reflection Seismics

Chapter 7 The Inverse Problem in 1-D Reflection Seismics

Chapter 8 Ray Geometric Migration in Seismic Prospecting

Chapter 9 Imaging the Earth’s Subsurface with Seismic Reflections

Chapter 10 Some Aspects of the Interpretation of Gravity Data for the Study of Regional and Local Structures

Chapter 11 Interpretation of Long Wavelength Magnetic Anomalies

Chapter 12 On the Possibility of a Direct Automatic Inversion of D.C. Geoelectric Data

Chapter 13 Methods for Geoelectrical Data Inversion

Chapter 14 A General Transformation System of Dipole Geoelectrical Sounding into Schlumberger’s as an Approach to the Inversion

Chapter 15 Continental Character of the Lithosphere Beneath the Ionian Sea

Chapter 16 On the “400-Kilometers” Discontinuity in the Mediterranean Area

Chapter 17 The Thickness of Phase Transformation Layers in the Earth’s Mantle

Chapter 18 A Concise Inversion System for Refraction Observations over Plane Interfaces with Arbitrary Strike and Dip

Chapter 19 Magnetotelluric Resistivity in an Inhomogeneous Two-Layer Model

Chapter 20 On the Behaviour of a Linear Electrical System Excited by a Particular Input

Chapter 21 Inverse Problems on the Global Scale: Geomagnetic Polarity Sequence as an Inverse Problem for Geochronology