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首页> 外文期刊>Journal of Chemical Engineering of Japan >ANANALYSIS OF THE LIGAMENT-TYPE DISINTEGRATION OF THIN LIQUID FILM AT THE EDGE OF A ROTATING DISK
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ANANALYSIS OF THE LIGAMENT-TYPE DISINTEGRATION OF THIN LIQUID FILM AT THE EDGE OF A ROTATING DISK

机译:旋转盘边缘薄液膜的韧带型崩解分析

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References(11) Cited-By(13) An analysis of ligament-type disintegration was made by equating the rate of dissipation of kinetic energy, surface energy and viscous deformation energy of disturbance of the liquid film to the motive power by centrifugal force at the edge of a rotating disk. The number of ligaments generated in disintegration of liquid film is given as a function of the Weber number and the stability number. This analysis gives an interpretation on the basis of the energy balance for the experimental results by Hinze and his co-worker, who used a rotating cup and represented the same expression as the present paper.
机译:参考文献(11)By-By(13)通过将液膜扰动的动能,表面能和粘滞变形能的耗散率与在室温下离心力产生的动力相等,对韧带型崩解进行了分析。旋转磁盘的边缘。给出在液膜崩解中产生的韧带的数量与韦伯数和稳定性数的关系。该分析基于Hinze和他的同事的实验结果的能量平衡给出了解释,他们使用了旋转杯并代表了与本论文相同的表达方式。

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