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Design and Implementation of Auto-calibration Ozone Concentration Analyzer with Double Optical Cells

机译:双光学电池自动校准臭氧浓度分析仪的设计与实现

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Ozone pollution control has become the focus of air pollution control at this stage and even during the 14th Five Year Plan period, so it is more and more important to measure ozone concentration precisely. In this paper, based on the measurement principle of ozone concentration by ultraviolet photometry, the ozone has characteristic absorption of ultraviolet light at 254 nm wavelength, according to Lambert-Biel's law, ozone concentration can be obtained by detecting the change of UV intensity. At the same time a new design of double optical cells and dual detectors is proposed, there is no fluctuation with one source, fast response time under alternating sampling, and the built-in ozone generator is used to achieve multi-point calibration, The test was made according the standard "HJ654-2013", the test results are far better than the requirements in the standard.
机译:臭氧污染控制已成为本阶段空气污染控制的焦点,即使在第14届五年计划期间,甚至在第14期五年期间,它越来越重要,可以精确测量臭氧浓度。 本文基于紫外线光度测定臭氧浓度的测量原理,臭氧具有254nm波长在254nm波长的特征吸收,根据Lambert-Biel的定律,通过检测UV强度的变化可以获得臭氧浓度。 同时提出了一种新的双光电单元和双检测器的新设计,在交替采样下没有一个源,快速响应时间的波动,并且内置臭氧发生器用于实现多点校准,测试 根据标准的“HJ654-2013”制造,测试结果远远优于标准的要求。

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