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[期刊论文] 作者：Zhou Aitao,Wang Kai,Wu Longgan,
来源：矿业科学技术学报：英文版 年份：2018
Coal mine ventilation is an extremely complicated system that can be affected by many factors.Gas ventilation pressure is one of important factors that can dist...
[期刊论文] 作者：Zhou Aitao,Wang Kai,Fan Lingpe,
来源：矿业科学技术学报：英文版 年份：2017
为深、气状的煤缝接的煤气固体的联合法律的更好的理解为阻止象冲破的岩石和煤气的爆发那样的复合动态灾难是重要的。在这份报纸，在地面应力，煤气的压力，和采矿深度的影响下面的......
Theoretical analysis of influencing factors on resistance in the process of gas migration in coal se
[期刊论文] 作者：Wang Kai,Liu Ang,Zhou Aitao,,
来源：International Journal of Mining Science and Technology 年份：2017
Inspired by previous resistance models for porous media, a resistance expression of gas migration within coal seams based on the ideal matchstick geometry, comb...
[期刊论文] 作者：Zhou Aitao,Wang Kai,Wu Zeqi,,
来源：International Journal of Mining Science and Technology 年份：2014
In order to study the propagation law of shock waves and gas flow during coal and gas outburst,we analyzed the formation process of outburst shock waves and gas...
[期刊论文] 作者：Zhou Aitao,Wang Kai,Wang Li,Du,
来源：矿业科学技术学报：英文版 年份：2015
In order to analyze the propagation characteristics of shock wave and gas flow induced by outburst intensity, the governing equations of shock wave and gas flow...
[期刊论文] 作者：Zhou Aitao,Wang Kai,Fan Lingpeng,T.A.Kiryaeva,,
来源：International Journal of Mining Science and Technology 年份：2017
A better understanding of gas-solid coupling laws for deep, gassy coal seams is vital for preventing the compound dynamic disasters such as rock burst and gas o...
[期刊论文] 作者：Zhou Aitao,Wang Kai,Wang Li,Du Feng,Li Zhilei,,
来源：International Journal of Mining Science and Technology 年份：2015
In order to analyze the propagation characteristics of shock wave and gas flow induced by outburst intensity, the governing equations of shock wave and gas flow...
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