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Research of mine water source identification based on LIF technology

机译:基于LIF技术的矿井水源识别研究

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According to the problem that traditional chemical methods to the mine water source identification takes a long time, put forward a method for rapid source identification system of mine water inrush based on the technology of laser induced fluorescence (LIF). Emphatically analyzes the basic principle of LIF technology. The hardware composition of LIF system are analyzed and the related modules were selected. Through the fluorescence experiment with the water samples of coal mine in the LIF system, fluorescence spectra of water samples are got. Traditional water source identification mainly according to the ion concentration representative of the water, but it is hard to analysis the ion concentration of the water from the fluorescence spectra. This paper proposes a simple and practical method of rapid identification of water by fluorescence spectrum, which measure the space distance between unknown water samples and standard samples, and then based on the clustering analysis, the category of the unknown water sample can be get. Water source identification for unknown samples verified the reliability of the LIF system, and solve the problem that the current coal mine can't have a better real-time and online monitoring on water inrush, which is of great significance for coal mine safety in production.
机译:针对传统化学方法对矿井水源识别的问题,提出了一种基于激光诱导荧光技术的矿井突水快速源识别系统的方法。着重分析了LIF技术的基本原理。分析了LIF系统的硬件组成,并选择了相关模块。通过LIF系统对煤矿水样进行荧光实验,得到了水样的荧光光谱。传统的水源识别主要根据水的离子浓度代表,但是很难从荧光光谱分析水的离子浓度。提出了一种简便实用的荧光光谱快速鉴别水样的方法,该方法可以测量未知水样与标准样之间的空间距离,然后在聚类分析的基础上,得出未知水样的类别。未知样品的水源识别验证了LIF系统的可靠性,解决了目前煤矿无法较好实时实时在线监测突水的问题,这对煤矿安全生产具有重要意义。 。

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