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首页> 外文会议>Conference on Optical Measurement Systems for Industrial Inspection >Contactless optical spectroscopy methods in the tasks of monitoring physical and technological processes in extreme conditions
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Contactless optical spectroscopy methods in the tasks of monitoring physical and technological processes in extreme conditions

机译：非接触式光谱法监测极端条件下的物理过程的任务

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During this article, we have reviewed an application of optical spectroscopy in the control of physical and technologicalprocesses, which include: monitoring combustion processes, monitoring a rocket engine state, the monitoring process ofmelting metals, dyeing textile materials, etc. We have given a solution for contactless optical spectroscopy to controlthese processes. Contactless spectroscopy means the absence of direct contact between the resolving system of thespectral device and analyzed radiation. This was done by using optical fiber as a transmission system. In this case,spectral devices are the traditional diffraction grating device and a multichannel optical spectrometer. There is givingschemes for creating control devices based on these spectral devices, and their comparison is made. Results of hightemperatureprocess experimental researches of NaCl burning and recording the spectral line of Na in spectrum flame ofgas-jet. That researches accomplished via developed laboratory models of control devices based on spectral devices.
机译：在本文中，我们审查了对物理和技术的控制中光学光谱的应用过程包括：监控燃烧过程，监测火箭发动机状态，监测过程熔化金属，染色纺织材料等。我们已经给出了无接触光谱的解决方案来控制这些过程。非接触式光谱意味着在拆分系统之间没有直接接触光谱装置和分析辐射。这是通过使用光纤作为传输系统来完成的。在这种情况下，光谱装置是传统的衍射光栅装置和多通道光谱仪。有给予基于这些光谱设备创建控制设备的方案及其比较。高度的结果NACL燃烧和记录NA光谱火焰谱线的过程实验研究气动喷射。该研究通过基于光谱装置的控制装置的实验室模型完成。

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