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Comparison of equivalent ball milling processes on Fe_(70)Zr_(30) and Fe_(70)Nb_(30)

机译:Fe_(70)Zr_(30)和Fe_(70)Nb_(30)上等效球磨工艺的比较

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摘要

Dynamical analysis of the movement of a single ball in a planetary ball mill yields a cubic law with the frequency of the mill for the power released during the process. This fact has been explored for two binary compositions (Fe_(70)Zr_(30) and Fe_(70)Nb_(30)) using two different milling frequencies. The experimental techniques used, in general, support the predictions of the equivalent milling time model. However, some deviations appear which could be ascribed to differences in the temperature inside the vial during milling.
机译:对行星式球磨机中单个球运动的动态分析得出了三次定律,该定律与球磨机在过程中释放的功率的频率有关。已经使用两个不同的铣削频率对两个二元组成(Fe_(70)Zr_(30)和Fe_(70)Nb_(30))进行了探索。通常,使用的实验技术支持等效铣削时间模型的预测。但是,会出现一些偏差,这可能归因于研磨过程中小瓶内部的温度差异。

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