Nowadays, the sodium storage mechanism of nongraphitic carbon materials still remains
controversial despite their promising application as anode materials in sodium-ion batteries …

Research on the connectivity characteristics and topological relationships of pore-fracture
networks is crucially significant for systematic understanding the microstructure evolution on …

This study focuses on improving fundamental understanding of low, subcritical CO2
adsorption–desorption behavior of bituminous coals with the aim to evaluate the utility of …

Atomic force microscopy (AFM) serves as a prominent micro-and nano-scale observation
method in various scientific domains encompassing biology, materials science, physics, and …

The effect of high temperature on the microstructure and mechanical behavior of rocks is a
fundamental issue relevant to the exploitation of underground oil and gas resources …

Multiscale microstructure evolution of tectonic coal determines CBM storage, development
and transport mechanism as well as its effect on coal and gas outburst potential. The multi …

Pore structure in coal is fundamental to determining the flowability properties and
mechanical functions. Various insights into pore structure, including pore size distribution …

The pore‐fracture structure of deep coal reservoirs is highly important for evaluating,
exploring, and developing coalbed methane (CBM) resources. This study considers three …

The evaluation of lung function by measuring the total amount of exhaled gas is not
conducive to fully demonstrating the local lesion characteristics of the lung. If the pore size …

To examine the pore structure characteristics of sandy silt in metro tunnel surrounding rock,
the pore size distribution patterns and fractal dimension of sandy silt samples were …