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Solidification mechanism of the sedimentation layer formed by particle settling

机译:颗粒沉降形成沉淀层的凝固机理

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Particles in a slurry often form a solidified layer at the bottom of its container, making the slurry no longer useable in material fabrication process. In order to analyze the mechanism of solidification of a sediment, we observed gravitational sedimentation behavior of various slurries prepared by changing the slurry pH and measured the height of the solidified layer after settling by inclining the test tube. We conclude that the height of the solidified layer has a close correlation with the maximum repulsive force calculated by the DLVO theory, but not with the potential barrier. In addition, we can express the final height of the solidified layer using a very simple model.
机译:浆料中的颗粒通常在其容器的底部形成固化层,从而使浆料不再可用于材料制造过程。为了分析沉积物的固化机理,我们观察了通过改变浆料pH值制备的各种浆料的重力沉降行为,并通过倾斜试管来测量固化后的固化层高度。我们得出的结论是,凝固层的高度与DLVO理论计算出的最大排斥力密切相关,而与势垒没有密切关系。此外,我们可以使用非常简单的模型来表示固化层的最终高度。

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