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Time Evolution of the Density Field of a Micro-Explosion Using Background Oriented Schlieren

机译:基于背景定向施利伦的微爆炸密度场的时间演化

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Time evolution of the density field of a micro-explosion is captured using the high speed BOS technique. The flow structure near the core is captured due to the shorter exposure of the camera which was not possible in the earlier efforts that used discrete single shot cameras. However, the lower spatial resolution of the high speed camera was unable to capture the finer details of the turbulent core. The study shows the usefulness of capturing the time evolution of the density field. Such data can be enormous help in validating CFD models.
机译:使用高速BOS技术捕获微爆炸密度场的时间演化。由于照相机的曝光时间较短,因此可以捕获靠近芯部的流动结构,这在使用离散单镜头照相机的早期尝试中是不可能的。但是,高速相机的较低空间分辨率无法捕获湍流核心的更精细细节。研究表明,捕获密度场的时间演化是有用的。此类数据在验证CFD模型方面可以提供巨大帮助。

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