Gas extraction borehole is one of the important means to solve the mine gas disaster.
However, the deformation and damage of coal and rock bodies around borehole will …

Understanding pore heterogeneity is essential to obtain insights into the gas storage,
transport, and recovery from coal. The pore structure in analytical sample particles of …

Gas extraction by boreholes is one of the most effective means to eliminate gas related
disasters and utilize gas resources. Due to the complexity of coal matrix and fracture …

The accurate determination of the seepage flow pattern of crushed coal around the
perimeter of the borehole is an important technical parameter used in the determination of …

The liquid nitrogen adsorption method was used to characterize the pore structure of non-
cohesive coal in the 061,404 working face of the Lingxin coal mine. The amount of specific …

Accurate characterization of coal pore structure is vital for understanding the mechanism of
gas storage and migration. As an effective method for pore evaluation, mercury intrusion …

The stress threshold is a key stress indicator of crack evolution of coal and rock bodies
around boreholes during progressive damage. To investigate the crack evolution …

Rapid pressure relief has an important influence on the continuous development of coal and
gas outbursts. The particle size distribution of crushed tectonic coals under the different …

In the process of deep coal seam mining, the problem of coal–gas compound disasters is
increasingly prominent, with the safe and efficient extraction of gas serving as the key to …