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This book includes complete background on Geophysical Methods of Exploration, Practices, & Case Histories for better understanding of the subject of geophysics and its applicability in diverse fields of exploration. It details both conventional and advanced geophysical techniques with description of physics involved into methodologies.
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This book includes complete background on Geophysical Methods of Exploration, Practices, & Case Histories for better understanding of the subject of geophysics and its applicability in diverse fields of exploration. It details both conventional and advanced geophysical techniques with description of physics involved into methodologies.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis Ltd
- Seitenzahl: 456
- Erscheinungstermin: 29. November 2024
- Englisch
- Abmessung: 254mm x 178mm
- ISBN-13: 9781032599298
- ISBN-10: 1032599294
- Artikelnr.: 70944010
- Verlag: Taylor & Francis Ltd
- Seitenzahl: 456
- Erscheinungstermin: 29. November 2024
- Englisch
- Abmessung: 254mm x 178mm
- ISBN-13: 9781032599298
- ISBN-10: 1032599294
- Artikelnr.: 70944010
O.P. Mishra is a Fellow of National Academy of Sciences, India (F.N.A.Sc.) for his pioneering work involving Applied Geophysics / Seismology / Disaster Risk Management having over 32-years of experience in different field of earth sciences and seismology and exploration Geophysics. Presently, he is working with Ministry of Earth Sciences as Adviser / Scientist G & Director, National Centre for Seismology. He obtained M.Sc. Tech degree from IIT (ISM)-Dhanbad in Applied Geophysics; Ph.D.; D.Sc. from Geodynamics Research Centre, Japan in Seismology; PGDMA from AIMA, New Delhi in Finance Management. Dr. Mishra worked with: IDRC-Canada in a joint venture project with CMPDIL, Coal India during 1992 - 1995; served Geological Survey of India for about 20-years (1995 - 2014). He worked with SAARC Disaster Management Centre, New Delhi as the Head / Director; He also worked at GRC-Japan as the FOREIGN Visiting Guest Professor. D.C. Naskar received M.Sc. degree in Physics from Calcutta University. He was conferred with doctorate degrees from Jadavpur University. He has experience in the diverse fields including teaching and technical streams of different institutes at state and central level in India. Dr. D.C. Naskar has a total of 32 years (1989-2021) of experience in the field of exploration geophysics at different capacities in Geological Survey of India (GSI) where he deployed different geophysical methods in the Indian sub-continent for resolving various geological problems associated with mineral exploration and to understand geodynamical processes.
1.Geophysical Methods: Fundamentals, Applications, and Case Studies 2.
Environmental & Engineering Geophysics 3.Potential Field Methods (Gravity &
Magnetic) Gravity Method 4. Magnetic Method 5. Direct Current Resistivity
Method 6. Natural Potentials & Currents- Self-Potential (SP) Method 7.
Induced Polarization (IP) Method 8. Electromagnetic (EM) Methods 9.
Electromagnetic Geophysical Exploration Magnetotelluric (MT) Method 10.
Seismic Method And Seismic Tomography 11. Radioactivity Method 12.
Geophysical Well Logging or Borehole Logging 13. Airborne Geophysics 14.
Remote Sensing Techniques, Global Positioning Systems (GPS), Geographic
Information Systems (GIS) 15. Marine Geophysics 16. A Comparative Overview
of Geophysical Methods Including Equation Dictionaries, Field Layouts And
Instrumental Setups
Environmental & Engineering Geophysics 3.Potential Field Methods (Gravity &
Magnetic) Gravity Method 4. Magnetic Method 5. Direct Current Resistivity
Method 6. Natural Potentials & Currents- Self-Potential (SP) Method 7.
Induced Polarization (IP) Method 8. Electromagnetic (EM) Methods 9.
Electromagnetic Geophysical Exploration Magnetotelluric (MT) Method 10.
Seismic Method And Seismic Tomography 11. Radioactivity Method 12.
Geophysical Well Logging or Borehole Logging 13. Airborne Geophysics 14.
Remote Sensing Techniques, Global Positioning Systems (GPS), Geographic
Information Systems (GIS) 15. Marine Geophysics 16. A Comparative Overview
of Geophysical Methods Including Equation Dictionaries, Field Layouts And
Instrumental Setups
1.Geophysical Methods: Fundamentals, Applications, and Case Studies 2.
Environmental & Engineering Geophysics 3.Potential Field Methods (Gravity &
Magnetic) Gravity Method 4. Magnetic Method 5. Direct Current Resistivity
Method 6. Natural Potentials & Currents- Self-Potential (SP) Method 7.
Induced Polarization (IP) Method 8. Electromagnetic (EM) Methods 9.
Electromagnetic Geophysical Exploration Magnetotelluric (MT) Method 10.
Seismic Method And Seismic Tomography 11. Radioactivity Method 12.
Geophysical Well Logging or Borehole Logging 13. Airborne Geophysics 14.
Remote Sensing Techniques, Global Positioning Systems (GPS), Geographic
Information Systems (GIS) 15. Marine Geophysics 16. A Comparative Overview
of Geophysical Methods Including Equation Dictionaries, Field Layouts And
Instrumental Setups
Environmental & Engineering Geophysics 3.Potential Field Methods (Gravity &
Magnetic) Gravity Method 4. Magnetic Method 5. Direct Current Resistivity
Method 6. Natural Potentials & Currents- Self-Potential (SP) Method 7.
Induced Polarization (IP) Method 8. Electromagnetic (EM) Methods 9.
Electromagnetic Geophysical Exploration Magnetotelluric (MT) Method 10.
Seismic Method And Seismic Tomography 11. Radioactivity Method 12.
Geophysical Well Logging or Borehole Logging 13. Airborne Geophysics 14.
Remote Sensing Techniques, Global Positioning Systems (GPS), Geographic
Information Systems (GIS) 15. Marine Geophysics 16. A Comparative Overview
of Geophysical Methods Including Equation Dictionaries, Field Layouts And
Instrumental Setups