To comprehensively investigate the multi-scale characteristics of coal spontaneous
combustion, in situ infrared spectroscopy (FTIR) and differential scanning calorimetry (DSC) …

Polymer gel foam shows excellent development potential and application prospects in the
prevention of coal spontaneous combustion. To reveal the relationship between the …

The accurate identification of gas migration channels and enrichment regions is essential for
the utilization of gas resources and safe coal mine production, which are closely related to …

The low-temperature oxidation of active groups in coal plays an important role in the release
of small molecule gases during coal spontaneous combustion. In this paper, under the …

Desiccants play a vital position in saving energy and abating emissions in cooling systems.
However, choosing the most suitable desiccant to address energy consumption issues is …

Preventing and managing spontaneous combustion of coal is essential for maintaining the
steady growth of the national economy and is a prerequisite for encouraging the …

To explore the evolution features of the pore–fracture structures and permeability behaviors
of coal under high temperatures and nitrogen atmospheres, an infrared rapid heating …

Spontaneous coal combustion (SCC) seriously threatens the safety production of coal
mines. A neoteric irreversibly thermo-sensitive composite gel based on konjac glucomannan …

To solve the problem of poor effect of plugging air leakage in the prevention and control of
coal spontaneous combustion by traditional inorganic solidified foam, Janus-type composite …

This experimental study focused on the inhibition of ultrafine water mist on methane/coal
dust hybrid explosions inside the closed vessel. Combined with the change of explosion …