Gaseous and dust (including hybrid) explosions often occur in mines, grain elevators, and
industrial plants, and always lead to severe damage. Strategies for suppressing or mitigating …

The safe design and operation of clean fuels like hydrogen require a detailed understanding
of their explosion characteristics. An experimental study of the flame propagation behavior …

The effect of wire mesh structure parameter on the flame propagation characteristics and
intensity of syngas explosion was studied by the visual experiment. The corresponding …

The thermal runaway (TR) propagation of lithium-ion batteries (LIBs) is characterized by fast
spread and violent reaction, which can cause a massive fire and even explosion. Blocking …

The complex post-explosion environment in a coal mine can induce multiple methane
explosions, in which coal dust explosion residues might be involved. To investigate the …

The flame resistance characteristics of wire mesh and its influence factor on syngas
explosion were researched by experiment. Relationships between flame propagation and …

Fourier transform infrared (FTIR) spectra of coal dust and its explosion solid residues were
studied. Coal dust explosion test was carried out on a 20-L explosion device, and the …

In the energy security field, porous materials are regarded as superb explosive attenuators
that quench flames and dissipate explosion energy waves. Traditional porous materials …

为探究组合多孔介质与氮气幕抑制瓦斯爆炸的协同作用, 在自主设计的爆炸管道内开展了爆炸
实验. 氮气幕距离点火位置0.9 m. 实验选择的组合多孔介质是由孔隙密度为10 ppi …

Porous media has a significant effect on flame and overpressure of methane explosion. In
this paper, the pore diameter and thickness of porous media are studied. Nine experimental …