The formation factor, which reflects the electrical conductivity of porous sediments and rocks,
is widely used in a range of research fields. Consequently, given the discovery of numerous …

We miniaturize geoelectrical acquisition using advanced microfabrication technologies to
investigate coupled processes in the critical zone. We focus on the development of the …

Accurate quantification of the gas hydrate content in the deep sea is useful for assessing the
resource potential and understanding the role of gas hydrates in the global carbon cycle …

Liquid water in frozen porous media provides the path for moisture and solute migration,
which is one of the essential problems to study thaw‐weakening and frost‐heave in freezing …

Soil stabilization processes aim at enhancing soil's engineering properties. Although the
concept is straightforward, it involves physical and chemical changes to the subsurface that …

Pore structure, a critical factor influencing the physical properties of oil and gas reservoirs,
shows great variation with the reservoir rock type. Efficient exploration and development of …

Since the higher cost of epoxy resin, its application in reservoir plugging at high temperature
and high salinity was seriously restricted. Herein, the expensive epoxy resin was used as …

In unsaturated flow studies, water saturation is commonly used as the sole descriptor for
macroscale flow models. However, this approach often results in hydraulic hysteresis in …

This study proposes a new experimental method of monitoring the transmission range of
coal seam water injection on the basis of acoustic emission array monitoring technology …

The quantitative determination of liquid water content and salinity in soils is crucial for the
preservation of hydrological environments and engineering infrastructures, especially in …