Dual Frequency Induced Polarization Method: An Effective Approach for Mineral Exploration provides the first English-language text on the successful but little-known dual frequency induced polarization method. Engineers and technicians in geophysical exploration will appreciate learning about this enhanced method in sections that comprehensively explain the basic principle, method, technology and application of the dual frequency induced polarization method. Chapters cover the mathematical basis, observation parameters, instrument principle, application essentials, field work methods, technology, interference factors and their overcoming methods, ore prospecting and engineering application examples, and more.
In particular, the needs of frontline engineering and technical personnel are addressed in chapters specifically related to field work. Researchers, engineers and technicians working in geophysical exploration will discover a thorough and detailed description of all aspects of the dual frequency induced polarization method.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iii 6. Biography - p. iii 7. About the author - p. iii 8. Preface - p. xi 9. Chapter 1. Principles of dual frequency induced polarization method - p. 1 10. Chapter 2. Equivalence principles and parameters in induced polarization measurements - p. 37 11. Chapter 3. Measurement methods and characteristics of DFIP - p. 81 12. Chapter 4. DFIP instrumentation - p. 121 13. Chapter 5. Removal and utilization of electromagnetic induction coupling in IP measurements - p. 137 14. Chapter 6. Special performance of nonlinear effect in dual frequency spectrum induced polarization - p. 205 15. Chapter 7. Spatial distribution characteristics of DFIP anomaly - p. 231 16. Abstract - p. 231 17. 7.1 Surface polarization field of a buried sphere in a homogeneous alternating current field - p. 232 18. 7.2 IP anomaly of a sphere with impregnated spherical shell in a homogeneous electric field - p. 242 19. 7.3 Vein ore body in a homogeneous alternating electric field - p. 251 20. 7.4 Surface-polarized spherical body in a point-source field - p. 254 21. 7.5 IP field of a surface polarized infinitely long cylinder - p. 265 22. 7.6 Experimental dipole profiling curves of several IP bodies with regular shape - p. 271 23. 7.7 Comparison of several profiling arrays - p. 281 24. 7.8 Anomaly characteristics of IP sounding - p. 286 25. Chapter 8. Field working - p. 295 26. Chapter 9. Applications of DFIP method - p. 349 27. Index of figures and tables - p. 409 28. Index - p. 425
Dual Frequency Induced Polarization Method: An Effective Approach for Mineral Exploration provides the first English-language text on the successful but little-known dual frequency induced polarization method. Engineers and technicians in geophysical exploration will appreciate learning about this enhanced method in sections that comprehensively explain the basic principle, method, technology and application of the dual frequency induced polarization method. Chapters cover the mathematical basis, observation parameters, instrument principle, application essentials, field work methods, technology, interference factors and their overcoming methods, ore prospecting and engineering application examples, and more.
In particular, the needs of frontline engineering and technical personnel are addressed in chapters specifically related to field work. Researchers, engineers and technicians working in geophysical exploration will discover a thorough and detailed description of all aspects of the dual frequency induced polarization method.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iii 6. Biography - p. iii 7. About the author - p. iii 8. Preface - p. xi 9. Chapter 1. Principles of dual frequency induced polarization method - p. 1 10. Chapter 2. Equivalence principles and parameters in induced polarization measurements - p. 37 11. Chapter 3. Measurement methods and characteristics of DFIP - p. 81 12. Chapter 4. DFIP instrumentation - p. 121 13. Chapter 5. Removal and utilization of electromagnetic induction coupling in IP measurements - p. 137 14. Chapter 6. Special performance of nonlinear effect in dual frequency spectrum induced polarization - p. 205 15. Chapter 7. Spatial distribution characteristics of DFIP anomaly - p. 231 16. Abstract - p. 231 17. 7.1 Surface polarization field of a buried sphere in a homogeneous alternating current field - p. 232 18. 7.2 IP anomaly of a sphere with impregnated spherical shell in a homogeneous electric field - p. 242 19. 7.3 Vein ore body in a homogeneous alternating electric field - p. 251 20. 7.4 Surface-polarized spherical body in a point-source field - p. 254 21. 7.5 IP field of a surface polarized infinitely long cylinder - p. 265 22. 7.6 Experimental dipole profiling curves of several IP bodies with regular shape - p. 271 23. 7.7 Comparison of several profiling arrays - p. 281 24. 7.8 Anomaly characteristics of IP sounding - p. 286 25. Chapter 8. Field working - p. 295 26. Chapter 9. Applications of DFIP method - p. 349 27. Index of figures and tables - p. 409 28. Index - p. 425
