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Research on early warning method of coal and gas outburst based on DOAS double sampling technology

机译:基于DOAS双采样技术的煤与瓦斯突出预警方法研究

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Preliminary study found that the emission of trace gases helium, argon reflect the existing state of stress in the geology. Through the detection of the changes of He and Ar, it can predict the migration of coal seam stress zone, and further predict the risk of gas outburst. For the Research of sampling technology on He, Ar, CH4 and other trace gas and the neighborhood rough set early warning model in coal and gas outburst, a reliable real time double sampling method is designed, and the joint measurement systems of He, Ar, CH4 is established. The research results will achieve the real-time continuous online detection of He, Ar, CH4, and found that the mechanism of coal and gas outburst prediction based on component characteristics of helium and argon, and provide a new means for coal and gas outburst early warning.
机译:初步研究发现,微量气体氦,氩的排放反映了地质中应力的存在状态。通过检测He和Ar的变化,可以预测煤层应力带的运移,并进一步预测瓦斯突出的危险。为了研究He,Ar,CH4等微量气体的采样技术以及煤与瓦斯突出的邻域粗糙集预警模型,设计了一种可靠的实时双重采样方法,并结合了He,Ar, CH4建立。该研究成果将实现He,Ar,CH4的实时连续在线检测,发现基于氦和氩成分特征的煤与瓦斯突出预测机理,为早期煤与瓦斯突出提供了新的手段。警告。

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