Despite its unique properties the diffracted seismic wavefield is still rarely exploited in
common practice. Although the first works on seismic diffraction date back at least as far as …

We have evaluated an explicit relationship between the representations of internal multiples
by source-receiver interferometry and an inverse-scattering series. This provides a new …

If energy emitted by a seismic source such as an earthquake is recorded on a suitable
backbone array of seismometers, source‐receiver interferometry (SRI) is a method that …

The US Air Force seeks to improve lifecycle management of composite structures.
Nondestructive characterization of damage is a key input to this framework. One approach to …

We have developed a novel approach to image vertical structures using multiply scattered
waves. This method requires only a smooth seismic velocity model and data recorded at the …

The propagation of a pressure wave in a fluid bounded by two parallel plane boundaries
generated by an infinitely long cylindrical electroelastic shell submerged into the fluid is …

The ability to extract information from scattered waves is usually limited to singly scattered
energy even if multiple scattering might occur in the medium. As a result, the information in …

Near-surface scattered waves (NSWs) are the main noise in seismic data in areas with a
complex near surface and can be divided into surface-to-surface scattered waves and body …

В работе представлен метод численно-аналитического решения задачи о
нестационарных колебаниях бесконечно длинной цилиндрической электроупругой …

Seismic or wavefield interferometry refers to a set of methods that synthesize wavefields
between pairs of receivers, pairs of sources, or a source and a receiver, using wavefields …