Classical seismological receiver functions are correlational or deconvolutional combinations
of vertical and horizontal component seismometer recordings of earthquake waves that …

Seismic interferometry, also known as Green's function retrieval by crosscorrelation, has a
wide range of applications, ranging from surface-wave tomography using ambient noise, to …

We estimate shear wave velocities in the shallow subsurface throughout Japan by applying
seismic interferometry to the data recorded with KiK‐net, a strong motion network in Japan …

Various researchers have shown that accurate redatuming of controlled seismic sources to
downhole receiver locations can be achieved without requiring a velocity model. By placing …

As the global need for mineral resources is constantly rising and the exploitable
concentrations of these resources tend to become increasingly complex to explore and …

Conventional seismic imaging methods rely on the single-scattering Born approximation,
requiring the removal of multiply scattered events from reflection data prior to imaging …

Assuming that transmission responses are known between the surface and a particular
depth level in the subsurface, seismic sources can be effectively mapped to this level by a …

This paper presents a novel factorization-based, low-rank regularization method for solving
multidimensional deconvolution problems in the frequency domain. In this approach, each …

Nowadays, full‐waveform inversion, based on fitting the measured surface data with
modelled data, has become the preferred approach to recover detailed physical parameters …

透明工作面是煤矿智能开采的重要组成部分, 为智能开采提供工作面的详细地质构造信息,
提出一种基于孔间地震密集动态探测的透明工作面方法, 能够实现工作面的渐进式精细探测 …