This book is a concise but well-organized introduction to nanotechnology (NT) which the
upstream oil industry is now vigorously adapting to develop its own unique applications for …

Fracture monitoring is crucial for many geo-industrial applications, such as carbon dioxide
storage and hydrocarbon exploration in tight reservoirs, because fractures can form storage …

3-D electromagnetic (EM) scattering and inverse scattering of magnetodielectric objects with
arbitrary anisotropy embedded in layered uniaxial media are studied. The stabilized …

This article presents the 3-D inversion of biaxial anisotropic objects embedded in layered
uniaxial media by the variational Born iterative method (VBIM). Although previously only the …

Abstract UT-Austin's Devine Fracture Pilot Site, 50 miles southwest of San Antonio, Texas,
has been targeted for a comprehensive, multidisciplinary development of fracture diagnostic …

The characterization of hydraulic fractures is crucial for fracturing evaluation and strategy
optimization. Low-frequency electromagnetic triaxial induction measurement is a promising …

Crosswell electromagnetic (EM) methods are widely used in subsurface geophysical
prospecting because they can achieve more effective long-distance detection than single …

Abstract In April 2017, the Advanced Energy Consortium (AEC) successfully completed data
collection for a proof-of-concept demonstration of remote mapping of hydraulically fractured …

Deep transfer learning has a great success story in computer vision (CV), natural language
processing, and many other fields. In this communication, we are going to push forward the …

This letter extends the axisymmetric version of the efficient forward and inverse algorithms to
characterize and reconstruct arbitrary 3-D fractures in a cased borehole environment. We …