Electroosmotic flow (EOF), a consequence of an imposed electric field onto an electrolyte
solution in the tangential direction of a charged surface, has emerged as an important …

Low‐permeability aquitards, such as clay layers and inclusions, are of utmost importance for
contaminant transport in groundwater systems. Although most dissolved species …

Acid mine drainage (AMD), caused by weathering of sulfide-rich mine wastes, is arguably
the most critical environmental issue in the mining sector. Despite the fact that individual …

The pore network is an approximate representation of the void space of porous materials,
such as rocks and soil, via pores (corresponding to large cavities) and throats (narrow …

Low-permeability aquitards can significantly affect the transport, distribution, and persistence
of contaminant plumes in subsurface systems. Although such low-permeability materials are …

Wettability is a deciding attribute in enhance oil recovery research, thus plays a vital role in
unconventional reservoir development. Previous studies were focused on wettability …

Charge transfer at the solid–liquid interface plays a key role in micro and nanoscale flow.
Although numerous experimental and simulation studies have characterized this …

Despite the significant influence of solution temperature on the structure of electrical double
layer, the lack of theoretical model intercepts us to explain and predict the interesting …

Electrokinetic remediation (EKR) is a promising remediation technology for low-permeability
porous media contaminated with organic pollutants. To reveal the processes of nonlinear …

Interfacial evaporation is deemed as an efficient utilization of solar energy for desalination.
Notwithstanding, the heat loss and ion transportation are commonly contradictory in …