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 acoustic behavior in fluid attenuating media can be effectively simulated using a
fractional Zener model (FZM). Because of the fractional time derivatives of both stress and …

The natural damping effect of the Earth typically results in significant distortion of seismic
waveforms, which greatly diminishes the precise of subsequent processes such as …

The generalized seismic wavelets (GSWs) are defined by fractional derivatives of the
Gaussian function, whose asymmetry allows them to represent seismic signals more …

The search for Earthquake (EQ) precursors in the ionosphere and atmosphere from satellite
data has provided significant information about the upcoming main shock. This study …

Global Navigation Satellite System (GNSS)-based ionospheric anomalies are nowadays
used to identify a possible earthquake (EQ) precursor and hence a new research topic in …

Image-domain least-squares reverse time migration (IDLSRTM) through point spread
functions (PSFs) is a suitable compromise between image quality and computational …

Wave propagation in anelastic rocks is a relevant scientific topic in basic research with
applications in exploration geophysics. The classical Biot theory laid the foundation for wave …

Intrinsic attenuation of the earth causes energy loss and phase distortion in seismic wave
propagation. To obtain high-resolution imaging results, these negative effects must be …

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 …