Dual Frequency Induced Polarization Method 1st Edition

Capture the subsurface with unmatched clarity using Dual Frequency Induced Polarization Method, 1st Edition by Jishan He. This authoritative new work introduces a practical, modern approach to induced polarization (IP) using dual-frequency techniques—essential reading for geophysicists, exploration teams, and environmental consultants seeking next-level subsurface imaging.

Inside, Jishan He blends rigorous theory with field-proven practice: clear explanations of dual-frequency IP principles, instrumentation and survey design, noise mitigation, signal processing, inversion strategies, and interpretation workflows. Rich case studies demonstrate applications across mineral exploration, groundwater mapping, contaminated site assessment, and geotechnical investigations, showing how dual-frequency IP enhances resolution, shortens survey time, and improves target discrimination.

Designed for both professionals and advanced students, this book translates complex mathematics into actionable guidance. Practical tips, decision flowcharts, and comparative analyses with traditional IP and resistivity methods help teams choose optimal survey parameters for the field conditions they face—from hard-rock terrains to sedimentary basins. Worldwide relevance makes it valuable to practitioners in North America, Europe, Australia, Africa, and Asia.

Whether you’re optimizing exploration campaigns, validating hydrogeological models, or upgrading your geophysical toolkit, Dual Frequency Induced Polarization Method equips you with the knowledge to make confident, data-driven decisions. A focused, contemporary resource, it belongs on the desk of every geoscience professional and university library committed to cutting-edge subsurface investigation. Add it to your collection and transform the way you image the underground.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.