The propagation of seismic waves in attenuating and anisotropic earth media is
accompanied by amplitude attenuation and phase distortion. If these adverse effects are not …

The absorption (anelastic attenuation) and anisotropy properties of subsurface media jointly
affect the seismic wave propagation and the quality of migration imaging. Anisotropic …

摘要微地震矩张量能够描述储层岩石破坏的细节, 有助于了解水力压裂储层的地质力学特征,
震源机制矩张量反演对于非常规油气开发具有重要的作用. 水力压裂通常在页岩油气储层中进行 …

Forward modeling of seismic wave propagation is crucial for the realization of reverse time
migration (RTM) and full waveform inversion (FWI) in attenuating transversely isotropic …

The pseudoviscoacoustic anisotropic wave equation is widely used in the oil and gas
industry for modeling wavefields in attenuating anisotropic media. Compared to the full …

The microseismic moment tensor can describe the details of rock failure in reservoirs, which
helps reveal geomechanical characteristics of hydraulic fracturing reservoirs. Moment tensor …

Wave attenuation and velocity dispersion are of great significance to fluid evaluation in fluid-
saturated rocks. Inspired by the double-porosity and cracked porous elastic wave theory, we …

地下介质广泛存在黏滞性及各向异性特征, 使得地震波在传播过程中发生相位畸变和振幅衰减.
若在偏移成像时不对这些黏滞性及各向异性影响进行校正, 则会引入成像噪声而降低成像分辨率 …

Iterative optimization-based least-squares reverse time migration (LSRTM) has proven
effective in reducing imaging artifacts, enhancing amplitudes, and improving imaging …

Time reversal is a key component of time-reverse migration and source location using
wavefield extrapolation. The implementation of time reversal depends on the time symmetry …