Two-dimensional dense seismic ambient noise array techniques have been widely used to
image and monitor subsurface structure characterization in complex urban environments. It …

Minerals that comprise raw materials for energy, metal, construction and other industrial
applications are considered strategic commodities, fundamental in stock markets worldwide …

The acquisition of seismic exploration data in remote locations presents several logistical
and economic criticalities. The irregular distribution of sources and/or receivers facilitates …

Ambient seismic noise tomography is a novel, low-impact method to investigate the Earth's
structure. While most passive seismic studies focus on structures at crustal scales, there are …

The advancement of seismic methods is vital for mineral exploration in the ongoing energy
transition. In this study, we investigate the application of ambient noise seismic …

Investigating subsurface shear wave velocity (vs) structures using surface wave dispersion
data involves minimizing a misfit function that is commonly solved through gradient-based …

Distributed acoustic sensing (DAS) enables high-density sampling of seismic wavefields at
low cost compared to conventional geophones. This capability facilitates structural detection …

地震勘探技术具有穿透深度大, 分辨率高等特点, 是实现我国深地矿产资源探查目标的必备地球
物理技术手段. 相对于非震地球物理勘探方法, 地震勘探方法对构造成像直观, 清楚 …

Reservoir monitoring is essential to guarantee safe operations for all activities involving the
production and injection of fluids into the subsurface, such as hydrocarbon production, gas …

TThe noise cross-correlation function (NCF) derived from continuous seismic records
approximates the Green's Function (GF) of the far-field surface wave, which is crucial for S …