Gas hydrate is mainly explored through seismic methods, which, however, are bedeviled by
the problem of uncertainty due to lack of constraints. Rock physics model links the physical …

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 (NGHs) buried in the Shenhu area are characterized by fine-grained
sediments with interbedded hydrate-free layers. However, few is known about the influence …

Gas hydrates have captivated extensive concentration from scholars all over the world as
potential alternative energy sources. In 2017, the Guangzhou Marine Geological Survey …

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

Gas hydrates are widely distributed in the Kumano forearc basin, which is located above
accretionary prism in the Nankai margin off the Kii peninsula, Japan. Bottom-Simulating …

天然气水合物作为潜能巨大, 资源量丰富, 燃烧值高的未来新能源, 但由于其特殊的物理力学性质
和赋存状态, 经济开采技术仍面临诸多难题. 本文以全球勘探发现存在天然气水合物的地区为 …

Good knowledge of hydrate morphology and accurate quantification of hydrate saturation
are significant for reservoir characterization, resource exploitation and geohazards …

Natural gas hydrate, existing in clayey sediments, provide alternative solutions for clean
energy resource. The edge sites and defects (eg, nano-hill and nano-valley) are ubiquitous …

The Muli area is the only permafrost region on the Chinese mainland wherein gas hydrates
have been discovered. The gas hydrates are present in the fractures and pore spaces of the …