Acid based fracturing fluid (AFF) with appropriate hydrochloric acid (HCl) content is not only
conducive to the exploitation of coalbed methane (ECBM), but also can reduce the cost and …

The study of gas transport in low-permeability rocks is both practical and of significant
importance to produce tight rock reservoirs. The presence of nanopores in tight rocks results …

The complex and multiscale nature of shale gas transport imposes new challenges to the
already well-developed techniques for conventional reservoirs, especially digital core …

Accurate characterization of gas transport in shale is crucial for many industrial processes
and scientific issues, such as CO 2 sequestration in depleted shale and shale gas …

The boost of shale gas production in the last decade has reformed worldwide energy
structure. The macroscale modeling of shale gas production becomes particularly important …

The significant effect of gas sorption induced swelling on shale permeability has been
observed through laboratory measurements and explained through permeability models …

This paper provides evidence on how the fractal vibration system can be converted into a
damping system in a continuous space. The fractal Duffing vibration is considered an …

In fractured tight gas reservoirs, complex hydraulically induced fracture networks determine
fluid flowing abilities of reservoirs. Thus, characterizing the complex fracture networks and …

It is of great significance to study shale apparent permeability under the action of multiple
flow mechanisms and factors because shale reservoirs possess complex pore structures …

Shale gas is playing increasingly important roles in transforming the global energy markets
due to the huge demand for cleaner energy in the future. To extract shale gas at the …