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现代激光测量技术的发展使得拍摄紊流火焰内高度时空精度的详尽火焰结构成为可能 ,这可以用来分析紊流场、化学反应和热与质分子运输之间的交互作用。这样 ,建模理论可以通过实验得到确证 ,对紊流预混火焰不同燃烧状态的研究工作已经展开。图 8参 9
The development of modern laser measurement technology makes it possible to capture a detailed flame structure of high temporal and spatial accuracy within a turbulent flame, which can be used to analyze turbulence fields, chemical reactions and interactions between heat and mass transport. In this way, the modeling theory can be confirmed through experiments, and research on different combustion states of turbulent premixed flames has been carried out. Figure 8 reference 9