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首页> 外文会议>International Symposium on Shock Waves >Toluene Laser-Induced Fluorescence (LIF) Imaging of Supersonic Flow within a Diverging Duct with Injectors in the Supersonic Region
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Toluene Laser-Induced Fluorescence (LIF) Imaging of Supersonic Flow within a Diverging Duct with Injectors in the Supersonic Region

机译：超声区域内带喷头的扩管内超音速流动的甲苯激光诱导荧光（LIF）成像

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Laser-induced flourescence imaging as a non-intrusive optical diagnostic tool is proving to be beneficial in many fields of research. Toluene as a tracer allows for the study of various scenarios. Several researchers, particularly in the combustion community, have realized the potential of LIF imaging for measurement of various flow field parameters. The dependence of toluene's LIF signal on parameters such as temperature and oxygen partial pressure may be taken advantage of as has been shown in previous studies. Much of the published work constitutes studies of high temperature conditions. In this study, toluene-LIF imaging has been used in the low temperature conditions of a supersonic flow.
机译：激光诱导荧光成像作为一种非侵入式光学诊断工具，在许多研究领域中被证明是有益的。甲苯作为示踪剂可以研究各种情况。一些研究人员，特别是在燃烧界，已经意识到LIF成像技术在测量各种流场参数方面的潜力。如先前的研究中所示，可以利用甲苯的LIF信号对诸如温度和氧分压之类的参数的依赖性。许多已发表的著作构成了对高温条件的研究。在这项研究中，甲苯-LIF成像已用于超音速流动的低温条件下。

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