Coal spontaneous combustion (CSC) is one of major disasters that threaten the safety and
production of coal mines. A method to calculate the key parameters of coal oxidation …

In industries related to fossil energy, coal dust is often deposited at an angled position. A two–
step parallel coal dust oxidation reaction mechanism is used to study the self–ignition and …

When coal dust accumulations are exposed to air for a period of time, they are gradually
oxidised by oxygen. This eventually leads to ignition, causing fires and explosions and …

Owing to coal commonly existing in a fluctuating thermal environment, a two–step parallel
reaction model for coal ignition was established to explore the development of coal ignition …

Lithium-ion batteries (LIBs) are widely used as energy storage devices. However, a
disadvantage of these batteries is their tendency to ignite and burn, thereby creating a fire …

Knowing the sizes of coal particles is vital for understanding the real ignition behaviour of
coal dust deposits on a hot plate. Furthermore, such knowledge facilitates model …

Low temperature oxidation can occur in coal and coal piles, which can lead to severe fires in
coal fields, storage rooms, and goaf areas. An important feature of these coal fire disasters is …

Ignition of coal dust caused by hot particles (ICDHP) will lead to serious combustion or
explosion. In this work, the coupling details of multi–physical fields of the ICDHP were …

Self-heating can cause the ignition of open-circuit Lithium-ion batteries. Current safety
literature focuses on the self-heating chemistry of a single cell, ignoring the effects of heat …

The effect of calcium chloride (CaCl 2) on the self-ignition behaviours of coal was studied
under air atmosphere in this paper. Aqueous CaCl 2 solutions (50, 100, 200, and 300 g/L) …