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首页> 外文期刊>Journal of Imaging Science and Technology >Effects Of Magnet Configurations On Brush Shapein Interactive Touchdown Developing System by The Discrete Element Method
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Effects Of Magnet Configurations On Brush Shapein Interactive Touchdown Developing System by The Discrete Element Method

机译：离散触角法在交互式触地开发系统中磁体配置对画笔形状的影响

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摘要

The objective of this article is to investigate the effect of counter magnet configuration of an interactive touchdown developing system on the behavior of the brushes using the discrete element method. The shape of the magnetic brush, its shearing force acting on a development roll, or the electric potential distribution were analyzed. The magnetic brushes in the nip were crowded when the counter magnet was installed in the development roll. Their velocities also fluctuated; the brushes were pulled into the nip and returned to only a slight degree. The shearing force increases in the presence of the counter magnet because the stiffness of the magnetic brush became high, owing to the strong magnetic field. In the experimental work the toner mass adhered onto the development roll under the uninstalled condition was much larger than that with the counter magnet installed because of the reduced shearing force. The electric potential distributions around the nip also fluctuated in the presence of multiple magnetic brushes. The adhered toner mass was found to be affected by not only the shearing force but also this fluctuation of the electric field.
机译：本文的目的是研究使用离散元素方法的交互式触地显影系统的反磁体配置对电刷行为的影响。分析了磁刷的形状，作用在显影辊上的剪切力或电势分布。当将反磁铁安装在显影辊中时，辊隙中的磁刷很拥挤。他们的速度也有所波动。刷子被拉入辊隙，仅恢复到很小的程度。由于存在强磁场，因此磁刷的刚度变高，在存在反磁铁的情况下，剪切力增加。在实验工作中，由于剪切力的减小，在未安装状态下粘附在显影辊上的调色剂质量比安装反磁铁时大得多。在存在多个磁刷的情况下，辊隙周围的电势分布也会发生波动。发现粘附的调色剂质量不仅受到剪切力的影响，还受到电场波动的影响。

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