Coal spontaneous combustion results from a complex reaction between coal and oxygen.
Previous studies on coal oxidation spontaneous combustion process provided guidance for …

The spatial and temporal characteristics of global precipitation have changed significantly
under climate change, increasing the difficulty of solving water security problems. Therefore …

Various types of natural hazards are inextricably linked to the process of underground hard
coal mining. Ventilation hazards—methane and spontaneous combustion of coal—are the …

Compared with a single drought or flood, drought-flood abrupt alternation (DFAA) may have
more adverse impact on water resources management, crop production, and food security …

The coal after low-temperature pyrolysis is more prone to self-heating and spontaneous
combustion. To study the original heat source, this paper conducted sequentially isothermal …

In the processes of coal mining and transportation, low-temperature oxidation occurs
continuously, and it is accompanied by multiple wetting. The effect of water on coal …

To explore the mechanism of low-temperature oxidation of residual coal at different depths
in goaf, the oxygen concentration of airflow was dynamically adjusted to simulate the natural …

Water-immersed coal is more likely to spontaneously combust than raw coal. To investigate
their differences from the perspective of thermal kinetics, thermogravimetric experiments …

During coal oxidation and temperature rise, a significantly large amount of electromagnetic
radiation (EMR) signals are generated as a result of thermal deformation and thermal …

The spontaneous combustion of residual coal and potentially subsequent gas explosions
that occur during gas drainage of the gob were investigated. The 1262 fully-mechanized …