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公维刚1，2，王文才1，3，姜宇鸿1，张博1，魏文彬1
(1. 内蒙古科技大学矿业工程学院，内蒙古包头014010;2. 同煤集团朔州煤电王坪煤电公司，山西朔州038300;3. 内蒙古煤炭安全开采与利用工程技术研究中心，内蒙古包头014010)
关键词:巷道火灾;采区进风系统;风量;变化规律
中图分类号:TD752 文献标识码:A
摘要:在分析采区进风系统巷道火灾时风量变化原因的基础上，进行了采区进风系统相似模拟实验. 结果表明:采区进风系统巷道发生火灾时，对主运顺槽和辅运顺槽之间的联络巷风量影响很大，尤以对靠近火灾点的联络巷风量影响最大，与火灾的发展、稳定燃烧和衰退过程相对应，巷道火灾对采区进风系统风量的影响也经历逐渐增大，达到最大和逐渐减小的过程.
Experimental research on law of air variation in air supply system during tunnel fire
GONG Wei-gang1，2，WANG Wen-cai1，3，JIANG Yu-hong1，ZHANG Bo1，WEI Wen-bing1
(1.Mining Engineering School，Inner Mongolia University of Science and Technology，Baotou 014010，China;2.Shuozhou Wangping Coal and Power Company，Datong Coal Group，shouzhou 038300，China; 3． Coal Safety Mining and Utilization Engineering Technology
Ｒesearch Center of Inner Mongolia，Baotou 014010，China)
Key words:Tunnel fire;air supply system;air volume;change law
Abstract:Based on the cause of air variation in the period of tunnel fire in air supply system，the similarity simulation experiment of air supply system was carried out． The results showed that when the air supply system was on fire，the air volume in crossheading between the main crossheading and the auxiliary crossheading was mainly influenced，and the crossheading near the air supply system was under the greatest impact． The impact of tunnel fire on the air supply system was found to follow the process of gradual increase，reaching maximum and gradual decrease corresponding to the developing，stable and decline process of the tunnel fire．