The diffractive component of the wavefield is often treated as noise during traditional
preprocessing workflows. However, it possesses valuable information for imaging faults …

Diffraction images can be used for modeling reservoir heterogeneities at or below the
seismic wavelength scale. However, the extraction of diffractions is challenging because …

Diffractions from underground discontinuities, which appear as common wavefields in
seismic records, contain rich geologic information regarding small-scale structures. As a …

Seismic diffractions encoding subsurface small-scale geologic structures have great
potential for high-resolution imaging of subwavelength information. Diffraction separation …

Time‐reversal imaging is a critical technique for characterizing natural earthquakes and
artificial sources. Traditional time reversal methods sum the extrapolated wavefields of …

Diffraction separation and imaging are important for subsurface discontinuities
characterization. However, conventional diffraction separation methods may lose validity …

Seismic diffractions from small-scale discontinuities or inhomogeneities carry key geologic
information and can provide high-resolution images of these objects. Because diffractions …

摘要地震剖面中的绕射点反应地下断层, 尖灭, 溶洞等不连续体的位置信息,
因此绕射波对于实现小尺度构造的精细成像具有重要意义. 基于逆时偏移的绕射波成像方案包括 …

Deprimary reverse time migration (RTM) is a newly proposed technology aiming at removing
false structures in images computed by RTM. However, a side effect of this new technology …

In order to improve the practical and popularization value of the multimedia vocal music
teaching system, the author proposes a teaching system based on the Internet of Things …