王永珍, 邵昊, 尹旭升, 罗任俊. 避难硐室生存模拟试验系统的构建和气密性试验[J]. 煤矿安全, 2015, 46(10): 130-132,136.
    引用本文: 王永珍, 邵昊, 尹旭升, 罗任俊. 避难硐室生存模拟试验系统的构建和气密性试验[J]. 煤矿安全, 2015, 46(10): 130-132,136.
    WANG Yongzhen, SHAO Hao, YIN Xusheng, LUO Renjun. Construction of Survival Simulation Test System of Refuge Chamber and Its Air Tightness Test[J]. Safety in Coal Mines, 2015, 46(10): 130-132,136.
    Citation: WANG Yongzhen, SHAO Hao, YIN Xusheng, LUO Renjun. Construction of Survival Simulation Test System of Refuge Chamber and Its Air Tightness Test[J]. Safety in Coal Mines, 2015, 46(10): 130-132,136.

    避难硐室生存模拟试验系统的构建和气密性试验

    Construction of Survival Simulation Test System of Refuge Chamber and Its Air Tightness Test

    • 摘要: 建立了避难硐室生存模拟试验系统,并测试了避难硐室的气密性,使之具备了避难硐室的基本功能,以期为避难硐室环境参数的研究提供一个高效快捷的实验平台。同时研究发现,避难硐室内外压差越高,漏气速率越快,在硐室内部所储存的压缩气体的数量有限的情况下,应尽量控制避难硐室压差过大,这能提高避难硐室内部压缩气体的使用效率。

       

      Abstract: We build survival simulation test system and test its tightness and make it has the basic function of refuge chamber to provide an efficient and fast experimental platform for research environmental parameters of refuge chamber. What's more, we found out that the more pressure difference between external and internal of refuge chamber, the faster speed of air leakage rate. Above all, we should avoid too much pressure difference to improve the usage of compressed gas in refuge chamber under the condition of the limited number of stored compressed gas in the interior department of chamber.

       

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