The interfacial mass transfer characteristics of the gas-oil miscibility process are important in
gas flooding technology to improve oil recovery. In this study, the process of gas flooding …

Multiphase flow in nanoporous media is ubiquitous in geophysics, physical chemistry, and
bioengineering. The underlying mechanisms of two-phase flow are of great importance in …

Microparticles are successfully engineered through controlled interfacial self‐assembly of
polymers to harmonize ultrahigh drug loading with zero‐order release of protein payloads …

Monolayer water can be formed under extreme confinement and will present distinctive
thermodynamic properties compared with bulk water. In this work, we perform molecular …

The interfacial tension (IFT) between oil and brine is a key parameter affecting the enhanced
oil recovery process. Despite the several theoretical and experimental investigations on the …

Large-scale underground hydrogen storage (UHS) plays a vital role in energy transition. H2-
brine interfacial tension (IFT) is a crucial parameter in structural trapping in underground …

We have investigated how a homologous series of straight-chain carboxylic acids with a
cyclohexyl substituent in the opposite end of the functional groups impacts the interfacial …

This study focuses on understanding the effect of the resin/asphaltene mass ratio (R/A) on
the rheological behavior of asphaltene solutions. To this aim, two cases were evaluated …

Oil–brine interfaces play an important role in oil recovery and oil–brine separation, in which
the effects of salinity on interfacial tension (IFT) have been much of debate in the past in …

Salt ion valency and concentration vary in actual oil reservoirs, which play an important role
in the functionalities of surfactant formula during chemical flooding processes to enhance oil …