Abstract Characterization of fluid–rock interactions is essential for a broad range of
subsurface applications such as understanding fluid flow in porous medium and enhanced …

Low‐hysteresis merits can help polymeric gel materials survive from consecutive loading
cycles and promote life span in many burgeoning areas. However, it is a big challenge to …

The objective of this review is to summarize progress in enhanced oil recovery (EOR) using
emulsions. Recent developments in bulk emulsion characteristics, including emulsion phase …

Nature has inspired scientists to fabricate adhesive materials for applications in many
burgeoning areas. However, it is still a significant challenge to develop small‐molecule …

Abstract Lower to Middle Eocene organic-rich deep-water limestones of the∼ 335-m-thick
(1100 ft) Radwany (Thebes-equivalent) Formation represent a source rock and a potential …

The fusion of hierarchical tissues at interfaces, incorporating ultrafast selective transport
channels, enables efficient matter exchange and energy transfer across multiscale …

Chemical-enhanced oil recovery (cEOR) is a class of techniques commonly used to extract
hydrocarbon fluids from reservoir rocks beyond conventional waterflooding. Surfactants are …

The large deformation of nonlinear soft rock caused by the interaction between water and
rock is a prominent problem faced in engineering rock masses. Furthermore, the strength …

Due to the increasing energy consumption and the promoting of the carbon neutral target,
the exploitation of shale oil and gas, as well as carbon dioxide sequestration and hydrogen …

Carbonate rocks present a complicated pore system owing to the existence of intra-particle
and interparticle porosities. Therefore, characterization of carbonate rocks using …