With the rise of miniature energy harvesting, energy harvesting from the surrounding
environment provides a new solution for the sensor's power supply. Combining energy …

Earth/rock-fill dams and embankments are the main water retaining structures in hydraulic
projects, and they can effectively resist floods and are of great significance for protecting …

Direct contact, frequency-dependent, electrical relaxation effects in soils are well
documented in both conductivity and dielectric permittivity-dominated frequency regimes …

In coastal areas, geological heterogeneity influences the geometry and characteristics of the
freshwater-saltwater mixing zone. Geophysical electrical and electromagnetic methods are …

With geophysical surveys evolving from traditional 2D to 3D models, the large volume of
data adds challenges to inversion, especially when aiming to resolve complex 3D structures …

High-resolution characterization of near-surface systems is crucial for a variety of subsurface
applications. Frequency-domain electromagnetic (FDEM) induction has been widely used in …

We implemented and compared the implicit Euler time-stepping approach, the inverse
Fourier transform-based approach and the Rational Arnoldi method for simulating 3-D …

Induced Polarization (IP) is a non-intrusive geophysical method to monitor Dense Non-
Aqueous Phase Liquid (DNAPL) contamination and remediation processes underground. In …

We developed an artificial neural network to map the distribution of geologic conductivity in
the earth subsurface using the airborne transient electromagnetic method. The artificial …

Trend drift is an annoying background interference in induced polarization (IP) exploration,
which has great influence on the final calculation of apparent complex resistivity spectrum at …