This study presents a review of the various methods to predict the spontaneous combustion
liability of coal and coal-shale. The relative propensity of coal to undergo self-heating can be …

Spontaneous combustion of the lone-term water soaked coal has been frequently taken
place during air drying after water discharge, however the reason for the easier …

The oxidation reaction intensity of coal is quite weak during the spontaneous combustion
latency. A thermopile sensor suitable for an isothermal flow reactor was developed to …

This paper presents a critical review of the different techniques developed to investigate the
susceptibility of coal to spontaneous combustion and fire. These methods may be sub …

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 …

We propose a method for measuring the thermal effect of spontaneous combustion and the
adiabatic spontaneous combustion period of coal based on the coupled thermal effects of …

The test method and principle that isothermal difference leading the elevated temperature
experiment and the large coal spontaneous ignition experiment are different, data …

Metal elements are good catalysts for oxidation reactions. In order to explore the influence of
metal elements in coal on the reaction of organic matter in coal with oxygen, this paper …

The low-temperature pyrolysis of oxygen-containing functional groups in coal plays a vital
role in coal spontaneous combustion. This paper conducted isothermal oxidation …

This study examines the effects of intrinsic properties, particle size, and specific surface area
(SSA) of coal on spontaneous combustion. Moreover, it analyzes the underlying mechanism …