The microseismic monitoring technique is widely applied to petroleum reservoirs to
understand the process of hydraulic fracturing. Geophones continuously record the …

In the field of seismic inversion, Convolutional Neural Network (CNN) has been extensively
applied for their powerful capability of feature extraction and nonlinear fitting. However, the …

Groundwater potential delineation is essential for efficient water resource utilization and
long-term development. The scarcity of potable and irrigation water has become a critical …

Correctly estimating the relative permittivity of buried targets is crucial for accurately
determining the target type, geometric size, and reconstruction of shallow surface geological …

Full waveform inversion (FWI) is capable of generating high‐resolution subsurface
parameter models, but it is susceptible to cycle‐skipping when the data lack low‐frequency …

It is well known that a magnetotelluric (MT) signal with high signal-to-noise ratio is an
important prerequisite for correct interpretation of subsurface structures. However, MT …

Incorporating multiple perspectives makes joint inversion of multiple geophysical data is an
effective way for improving the accuracy of imaging complex geological structures. In this …

Tunnel and underground engineering construction often encounter unfavorable geology,
leading to disasters such as water and mud inrushes and landslides. To prevent geologic …

Unknown geology ahead of the tunnel boring machine (TBM) brings a large safety risk for
tunnel construction. Seismic ahead-prospecting using TBM drilling noise as a source can …

Over the years, distributed fiber-optical acoustic sensing (DAS) has been widely used in
seismic exploration benefited from its numerous advantages over traditional geophones …