To better grasp developments and trends in research on spontaneous combustion disasters
around the world and to promote theoretical research into their prevention and control …

Partial extraction methods such as underground strip pillar mining or room-and-pillar mining
are widely adopted techniques to control ground subsidence. However, pillar failure in …

The spontaneous combustion of coal stockpiles is one of the major hazards during coal
mining, storage, and transportation. To overcome the shortcomings of large-scale …

To investigate the spontaneous combustion risk of pulverised coal, the low-temperature
oxidation heat flow of three metamorphic pulverised coals was measured using a C80 …

Hazards due to spontaneous combustion of coal seriously threaten coal mining safety. To
explore and evaluate the prediction indices and limiting parameters of coal self-ignition …

Low-temperature oxidation of coal is the fundamental process for self-heating and self-
ignition in the mining, storage, and transportation of coal, and mostly occurs in oxygen …

Lean-oxygen environment caused by methane in high gassy coal mine goaf has a
significant influence on the prediction index gases of residual coal spontaneous combustion …

Low temperature oxidation is the primary source of heat triggering coal spontaneous
combustion. Experimental studies have found that adsorbed H 2 O in coal structure can …

Methane dilutes the oxidation environment of coal in the gob, thus affecting the free radical
reaction in low-temperature oxidation of coal. To investigate methane's effects in this …

Liquid carbon dioxide has an excellent ability of endothermic cooling and inhibition on coal
fire, which was an effective coal spontaneous combustion prevention technology. To …