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Study on Absorption Signal Interference of Gas Concentration Measurement Using Laser Absorption Spectroscopy

机译:激光吸收光谱法测量气体浓度的吸收信号干扰研究

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摘要

In order to optimize the combustion condition of the combustion system, it is important to know the information of the physical properties which vary during combustion. Gas concentration and temperature are the major target properties but it is difficult to measure exactly at combustion system. In this paper, a distributed feedback diode laser which wavelength is tunable in accordance with a function generator’s output wave is applied to realize the laser absorption spectroscopy measurement. A concentration measuring test for 99% CO2 gas was performed as basic experiment and major experiments were conducted on separation of interfered absorption signals at CO2 and CO mixed condition.
机译:为了优化燃烧系统的燃烧条件,重要的是要知道在燃烧过程中变化的物理特性的信息。气体浓度和温度是主要的目标特性,但是很难在燃烧系统中精确测量。在本文中,应用了一种波长可调的分布式反馈二极管激光器,该波长可以根据函数发生器的输出波进行调整,以实现激光吸收光谱测量。作为基础实验,进行了99%CO2气体的浓度测量试验,并对在CO2和CO混合条件下干扰吸收信号的分离进行了主要实验。

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