CAJ | 학술논문

瓦斯爆炸是有较强危险性和破坏性的自然灾害事故，此类事故严重威胁操作人员的人身安全及施工单位的经济利益。为避免发生瓦斯爆炸事故，务必要做好煤矿瓦斯浓度测量及预防工作。从气体光谱分析技术入手，探讨通过对光纤气体的检测来进行瓦斯的传感记录，通过一定的光纤实验检测及验证相关数据，同时借助于对CH4的光纤传感检测来实现煤矿瓦斯实时监控的目的。
와사폭작시유교강위험성화파배성적자연재해사고，차류사고엄중위협조작인원적인신안전급시공단위적경제이익。위피면발생와사폭작사고，무필요주호매광와사농도측량급예방공작。종기체광보분석기술입수，탐토통과대광섬기체적검측래진행와사적전감기록，통과일정적광섬실험검측급험증상관수거，동시차조우대CH4적광섬전감검측래실현매광와사실시감공적목적。
Gas explosion is a strong danger and destructive natural disasters, such accidents have serious threat to personal safety of operator and economic interests of the construction unit. To avoid gas explosion occurred, we must be sure to do the coal mine gas concentration measurement and prevention. Based on the gas spectroscopy technique, this paper discussed gas sensing record by the detection of optical fiber gas and certain fiber experimental testing and validation data, and then with the help of fiber optic sensing CH4 to achieve the purposes of coal mine gas real-time monitoring.