Direct Current Domain in Applied Geophysics
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Beschreibung
This book looks into the Direct Current Resistivity Method and Induced Polarization (IP) techniques, essential for geophysical exploration. Covering both theoretical foundations and practical applications, it explores subsurface imaging, inversion modeling, and real-world case studies in mineral exploration, groundwater detection, and environmental studies. With depth discussions on electrode configurations, resistivity sounding, self-potential methods, and mathematical modeling, this book serves as a valuable resource for geophysicists, researchers, and professionals seeking advanced insights into electrical geophysics.
This book looks into the Direct Current Resistivity Method and Induced Polarization (IP) techniques, essential for geophysical exploration. Covering both theoretical foundations and practical applications, it explores subsurface imaging, inversion modeling, and real-world case studies in mineral exploration, groundwater detection, and environmental studies. With depth discussions on electrode configurations, resistivity sounding, self-potential methods, and mathematical modeling, this book serves as a valuable resource for geophysicists, researchers, and professionals seeking advanced insights into electrical geophysics.
Enhances geophysical exploration with advanced DC resistivity and IP methods Optimizes subsurface imaging through robust inversion and modeling techniques Provides real-world case studies for practical application in mineral and groundwater exploration
Autor*in
Kalyan Kumar Roy
Themen in »Direct Current Domain in Applied Geophysics«
Direct Current Resistivity Induced Polarization Geophysical Inversion Self-Potential (SP) Method Geoelectrical Surveying