参考文献

[1] R.K.Eckhoff.Understanding Dust Explosions.The Role of Powder Science and Technology[J].Journal of Loss Prevention in the Process Industries，2009，22（1）：105-116.

[2] H.C.Wu，R.C.Chang，H.C.Hsiao.Research of Minimum Ignition Energy for Nano Titanium Powder and Nano Iron Powder[J].Journal of Loss Prevention in the Process Industries，2009，22（1）：21-24.

[3] R.K.Eckhoff.Dust Explosions：Fundamentals[M]//P.R.Amyotte，F.I.Khan.Methods in Chemical Process Safety：vol.3.Holand：Elsevier，2019.

[4] W.Gao，X.Y.Zhang，D.W.Zhang，et al.Flame Propagation Behaviours in Nano-Metal Dust Explosions[J].Powder Technology，2017，321：154-162.

[5] 孙金华.火焰精细结构及其传播动力学[M].北京：科学出版社，2011.

[6] J.L.Yu，X.Y.Zhang，Q.Zhang，et al.Combustion Behaviors and Flame Microstructures of Micro-and Nano-Titanium Dust Explosions[J].Fuel，2016，181：785-792.

[7] C.T.Cloney，P.R.Amyotte.Development of An Organizational Framework for Studying Dust Explosion Phenomena[J].Journal of Loss Prevention in the Process Industries，2014，30：228-235.

[8] 中华人民共和国应急管理部.粉尘防爆安全规程：GB 15577—2018[S].2018.

[9] P.C.Martin，C.Luc，H.Marc，et al.Dust Explosions：Safety Measure[M]//P.R.Amyotte，F.I.Khan.Methods in Chemical Process Safety：vol.3.Holand：Elsevier，2019.

[10] P.Holbrow.Dust Explosion Venting of Small Vessels and Flameless Venting[J].Process Safety and Environmental Protection，2013，91（3）：183-190.