Submarine landslides constitute major marine and coastal geohazards, causing damage to
marine infrastructures or even provoking tsunamis. For many authors, gas hydrate …

Deep-towed multi-channel seismic arrays play vital role in marine geological exploration.
However, these arrays often assume a" W" shape due to the weight of digital transmission …

In deep-towed multi-channel seismic systems, nonuniform mass distribution of seismic
arrays results in a “W” shape, negatively impacting the exploration resolution. High towing …

Deep-towed multichannel seismic exploration technology has better applicability and more
development potential when utilized to invert the geoacoustic properties of deep-sea …

Gas hydrate (GH) systems constitute methane sinks sensitive to environmental changes
such as pressure, temperature, and salinity. It remains a matter of debate as to whether the …

Kuiyang-ST2000 is a deep-towed multichannel seismic system that provides high-resolution
exploration of sub-seabed geological formations. Due to the uncertainty of the sound speed …

The Kuiyang-ST2000 deep-towed high-resolution multichannel seismic system was
designed by the First Institute of Oceanography, Ministry of Natural Resources (FIO, MNR) …

Before analyzing the distribution of submarine minerals, the positions of hydrophones
installed in seismic array cables must be known. Generally, the hydrophone positions are …

The near-seabed multichannel seismic exploration systems have yielded remarkable
successes in marine geological disaster assessment, marine gas hydrate investigation, and …

Reflected Seismic signal quality strongly depends on the physical properties of the
geological formations near the surface. To correct for perturbations affecting energy …