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Photographic Technique Application to the Determination of Void Fraction in Two-phase Flow Boiling in Mini-channels

机译:摄影技术应用于迷你通道中两相流沸腾中空隙分数的应用

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The study deals with experimental investigations into heat transfer flow boiling in rectangular, vertical and horizontal mini-channels. The dedicated measurement system was designed to observe flow boiling in the mini-channel. The main task of the system is to record images of two-phase flow with a high-speed video camera, which is equipped with the synchronous movement system. The data, in the form of the footage of two-phase flow structures, were subjected to the analysis with the scripts, developed for that purpose in the MathWorks Matlab 2010b environment. The scripts allowed the determination of void fraction for each pattern of two-phase flow structures observed, at various heat fluxes and various volume fluxes, for two spatial orientations of the mini-channel: vertical and horizontal.
机译:该研究涉及在矩形,垂直和水平迷你通道中传热流沸腾的实验研究。 专用测量系统旨在观察迷你通道中的流动沸腾。 系统的主要任务是通过配备同步运动系统的高速摄像机记录两相流的图像。 以两相流结构的镜头形式的数据与脚本进行分析,在Mathworks Matlab 2010B环境中为此开发的分析。 该脚本允许在各种热通量和各种体积通量下观察到的两相流动结构的每个模式的空隙率的测定,用于迷你通道的两个空间方向:垂直和水平。

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