Natural fractures are effective reservoir spaces and the main seepage channel for tight
sandstones, which control the migration, enrichment, and productivity of oil and natural gas …

致密砂岩储层基质物性极差, 天然裂缝的发育为油气的运移与聚集提供渗流通道和储集空间,
有效裂缝的分布明显改善了致密储层储渗性能和单井产量. 利用岩心, 薄片, 测井资料及相关实验 …

As the global oil and gas demands continue to grow, deep and unconventional reservoirs
have become the main areas for increasing reserves and improving production, and are …

库车前陆盆地东部下侏罗统为裂缝性致密砂岩储层, 天然裂缝的分布控制了油气聚集和单井产能
. 裂缝连通性是影响致密储层孔渗性能, 产能以及盖层完整性的关键因素, 但是对于裂缝连通性 …

Abstract The Qingshankou Formation is the primary shale oil exploration and development
target in the Songliao Basin, but controlling factors of shale oil enrichment, especially the …

An intelligent prediction method for fractures in tight carbonate reservoir has been
established by upgrading single-well fracture identification and interwell fracture trend …

Fractures are effective seepage channels and storage spaces for oil, gas, and groundwater.
Understanding the distribution characteristics of fractures can improve the efficiency of water …

Natural fractures in continental shale oil reservoirs of the Fengcheng Formation in the Mahu
Sag show multi-scale characteristics, which leads to complex seismic responses and difficult …

Mechanical stratigraphy plays an important role in controlling the nucleation, propagation,
and development of fractures. The fracture development pattern and development mode …

Fractures are essential for gas accumulation in tight sandstones, as they enhance reservoir
permeability and provide migration paths for fluid transport. The presence of fractures …