A graduate text that bridges the gap between the classic texts on potential theory and modern books on applied geophysics. It begins with an introduction to potential theory and then gives applications to gravity and magnetic anomalies, using examples from the modern geophysical literature. Contains exercises and FORTRAN subroutines.
A graduate text that bridges the gap between the classic texts on potential theory and modern books on applied geophysics. It begins with an introduction to potential theory and then gives applications to gravity and magnetic anomalies, using examples from the modern geophysical literature. Contains exercises and FORTRAN subroutines.
Introduction 1. The potential 2. Consequences of the potential 3. Newtonian potential 4. Magnetic potential 5. Magnetization 6. Spherical harmonic analysis 7. Regional gravity fields 8. The geomagnetic field 9. Forward method 10. Inverse method 11. Fourier-domain modeling 12. Transformations Appendix A. Review of vector calculus Appendix B. Subroutines Appendix C. Review of sampling theory Appendix D. Conversion of units.
Introduction 1. The potential 2. Consequences of the potential 3. Newtonian potential 4. Magnetic potential 5. Magnetization 6. Spherical harmonic analysis 7. Regional gravity fields 8. The geomagnetic field 9. Forward method 10. Inverse method 11. Fourier-domain modeling 12. Transformations Appendix A. Review of vector calculus Appendix B. Subroutines Appendix C. Review of sampling theory Appendix D. Conversion of units.
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