Tectonism significantly affects the pore type and pore structure evolution of organic-rich
shale. The Lower Cambrian Lujiaping Shale in the northeastern of the upper Yangtze area …

Pore types and pore size vary systematically across structural deformation in the shale gas
reservoirs but lack a comprehensive study. Twelve Longmaxi Shale samples spanning a …

The pore structure of gas shale reservoirs strongly influences gas occurrence, migration,
and enrichment, which has become an important fundamental issue for shale gas …

Shale gas reservoir performance and canister desorption experiments of the Lower
Cambrian organic-rich shales in the eastern Upper Yangtze Platform reveal a significant …

The pore characterization in shale depends on the shale composition, affected by the
tectonic deformation. To obtain information about the influence of tectonic deformation on …

Tectonism significantly affects the pore characteristics of organic-rich shales. Here, two sets
of shales with similar mineral compositions and total organic carbon (TOC) content were …

Abstract The Songliao Basin is an important hydrocarbon province of Northeastern China
and has a long history of conventional oil and gas production. Nowadays, unconventional …

Pores related to organic matter and clay minerals provide significant storage space for
hydrocarbons in organic-rich shales. However, the pore structure evolution and its related …

Shales deposited in marine–continental transitional environments are well developed in the
Upper Paleozoic in China with abundant gas resources. The pore structure and its …

Organic rich shales in coal-bearing strata deposited from marine to lacustrine environments
are well developed in China. The Paleozoic coal-bearing shales have been significantly …