In this research, the inhibition effect and microscopic mechanism of NH 4 H 2 PO 4 on the
macroscopic deflagration characteristics of methane (9.5 vol%) mixed with three coal …

Coking coal is a precious resource in the world and an important raw material for the
production of steel, but it is easy to cause explosion accidents in the process of coking coal …

In order to investigate the suppression effect of Al (OH) 3 on the flame characteristics of
methane/coal dust deflagration. The experiments of methane/coal dust deflagration under Al …

In this paper, the flame propagation behavior and free radical reaction mechanism of two
powder explosive suppressants, sodium bicarbonate (NaHCO 3) and polyphosphate …

The polyethylene (PE) industry is in a stage of rapid development. However, PE dust floating
in the air is frequently associated with unexpected explosions. To find a proper way of …

To reduce the risk of coal dust deflagration caused by the leakage in the coal gasification
process, a semi-closed vertical combustion tube was built with a high speed camera and …

To effectively mitigate coal dust/syngas deflagration accidents caused by leakage in a coal
gasification scenario, inhibition experiments of flame propagation were conducted in a …

The ignition and explosion processes of suspended coal dust clouds and their suppression
characteristics are important aspects of dust prevention and control. To understand the …

To explore the suppression mechanisms of ammonium polyphosphate (APP) on
methane/coal dust explosion flame, the experiment tests of methane/coal dust explosion …

To improve the suppression effect of NH 4 H 2 PO 4 powder on methane explosion, Mg (OH)
2/NH 4 H 2 PO 4 composite dry powder (CDP) with different quality ratios was prepared, and …