Scholte waves at the seafloor have significant potential for underwater detection and
communication, so a study about detecting Scholte waves is very meaningful in practice. In …

Horizontal refraction notably influences propagation characteristics with the variation of the
waveguide environment. In this study, the horizontal refraction phenomenon at low …

Scholte waves at the seafloor interface are generally identified by their velocity features and
seismic fields, which are measured using ocean bottom seismometers and geophones …

Sound waves are significantly influenced by boundaries during their propagation in certain
environmental conditions. The extent of this impact is related to the complexity of the …

In order to study the influence of seabed topography on sound propagation under non-ideal
conditions, a simulation model of low frequency sound propagation of whole waveguide is …

This paper researched the low-frequency sound field propagation characteristics in the
continental slope sea area, the sound field propagation loss is calculated by using the …

From the perspective of time domain, the propagation characteristics of sound waves in
seawater can be seen more intuitively. In order to study the influence and characteristics of …

In this paper, an elastic seafloor with the sinusoidal interface is modeled to study the effect of
the fluctuant interface on Scholte wave excitation. The reflection and transmission …