Tea leaves have a good natural adsorption capacity due to their numerous pore structures
and high specific surface area. Along with the advancement of tea process technology, more …

Aimed to resolve the problem of excessively high indoor humidity in subtropical areas and
develop a new resource disposal technique for red mud, a novel humidity self-regulating …

Unconventional resource development has been enabled by advanced completion methods
such as horizontal drilling and multistage hydraulic fracturing. However, unconventional …

Organic-rich shales have pore size on nanometer scale and permeability on the order of
nano-Darcy. These properties give rise to significant challenges in understanding and …

Water exists in shale gas reservoirs in the form of connate water and retained fracturing fluid.
The nanoscale interaction between gas and water plays an important role in gas transport in …

Understanding the diffusion and permeation behavior of shale gas at geological depths is
significantly important to exploration of shale gas, while the permeation mechanism of shale …

The desorption of adsorbed gas and its diffusion in nano-channels are important
mechanisms for the late stage of shale gas development. However, there is no commonly …

Metal-organic frameworks (MOFs) have attracted huge attention due to their structural
stability with important potential applications such as gas adsorption and storage …