In order to explore the effect of oxygen concentration on the exothermic characteristics of
coal spontaneous combustion (CSC), the coal exothermic reaction process under different …

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 reaction …

The spontaneous combustion of coal, if not eradicated immediately, may lead to coal ignition
and even a full-blown fire. A new method, DSC Inflection Point (DSCIP), was proposed to …

The co-spontaneous combustion of coal and gangue widely exists in the world and threatens
the safety of coal mines. In this paper, the microstructure of coal and gangue were tested …

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 …

To understand the oxidation reaction of coal and predict and control generation and development
of coal fires, a one-step global dynamic model of the chemical reaction between coal …

In order to accurately determine the ignition temperature (T i ) of coal, Coal spontaneous
combustion (CSC) process was tested by a simultaneous thermal analyzer. Next, the abrupt …

The multi-field coupling of coal dust ignited by hot particles of different shapes and materials
has not been studied in detail, which is an important basis for understanding the multiphase …

Corn starch (CS) is one of the most common powders in industrial production and daily life,
but its inherent risks of ignition and explosion cannot be disregarded. In this study, the flame …

This study is aimed at exploring the relationship between the variations of micro-groups and
the thermal effect during the heating process of coal spontaneous combustion (CSC). To …