Pore-scale distribution and reformation characteristics of gas hydrate in porous sediments
can provide invaluable information on macroscale production behaviors. In this work, the X …

Gas hydrates (GH) are well known to have an influential effect on the velocity and
attenuation of gas hydrate-bearing sediments (GHBS). Based on rock physics modeling …

Natural gas hydrates have attracted much attention in recent years. It is important to
investigate the effects of gas occurrence pattern on hydrate growth habits since distribution …

A better understanding of the effect of methane hydrate morphology and saturation on
elastic wave velocity of hydrate‐bearing sediments is needed for improved seafloor hydrate …

Natural gas hydrates in oceanic and permafrost sediments are considered a future energy
resource. Injecting CO 2 into these sediments is believed to aid in the safe and efficient …

Hydrate dissociation‐induced deformation plays a crucial role in reservoir stability during the
exploitation of natural gas hydrates. During the depressurization‐induced dissociation of …

Characterizing the electrical property of hydrate-bearing sediments is essential for hydrate
reservoir identification and saturation evaluation. As the major contributor to electrical …

Acoustic properties are important geophysical parameters, compared to resistivity, pore
water and other parameters that need to be obtained through drilling, the acoustic wave …

Extraction of methane hydrate from subseafloor reservoir may potentially trigger seabed
slides and induce subsidence. To address the problems, it is crucial to properly characterize …

Most sonic logging data acquired in hydrate-bearing zones have shown increasing velocity
of P and S waves accompanied by high attenuation of P and S waves. In the eastern Nankai …