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首页> 外文期刊>Nuclear Engineering and Design >Three-dimensional velocity vector determination algorithm for individual bubble identified with Wire-Mesh Sensors
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Three-dimensional velocity vector determination algorithm for individual bubble identified with Wire-Mesh Sensors

机译:线网传感器识别单个气泡的三维速度矢量确定算法

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摘要

The bubble pairing scheme was devised to quantify three-dimensional velocity of each bubble. We used two sets of Wire-Mesh Sensors to identify locations of each bubble according to bubble identification algorithm, which was developed by HZDR. The devised scheme was applied to the vertical upward air-water flow at 0.64m/s for both air and water superficial velocities in a large diameter pipe (i.d. 224mm). The bubble pairing scheme visualized the developing process of two-phase flow: large bubbles coalesced with each other to move toward the center, while the rest of bubbles broke up into smaller bubbles and decelerated.
机译:设计了气泡配对方案以量化每个气泡的三维速度。我们使用两组线网传感器根据HZDR开发的气泡识别算法来识别每个气泡的位置。该设计方案适用于大直径管道(即224mm)中空气和水的表观速度在0.64m / s的垂直向上的空气水流。气泡配对方案可视化了两相流的发展过程:大气泡相互聚结并向中心移动,而其余气泡分解成较小的气泡并减速。

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