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Characteristics of Two Component Magnetic Brush Development

机译:两成分磁刷开发的特点

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摘要

Measurements of two component development using a magnetic brush with a rotating magnetic core, polymeric toner, and insulative, magnetically hard carrier are compared to the behavior of conventional two component development using a magnetic brush with a fixed magnetic core and insulative carrier. Significant differences are observed in the characteristics of the two technologies. For rotating magnetic brush development, the mass area density for deposition of toner onto a conductive substrate has exponential time dependence, similar to the charging of a capacitor. The Equilibrium Theory for conventional development predicts mass area densities proportional to the ratio of roller speed to substrate speed. The difference in behavior can be attributed to the agitation of the developer nap produced by the rotating magnetic core development system.
机译:将使用带有旋转磁芯的磁刷,聚合物调色剂和绝缘的硬磁载体的两组分显影的测量结果与使用带有固定磁芯和绝缘载体的磁刷的常规两组分显影的性能进行比较。观察到两种技术的特性存在显着差异。对于旋转磁刷显影,类似于电容器的充电,用于将调色剂沉积到导电基板上的质量面积密度具有指数时间依赖性。传统开发的平衡理论预测质量区域密度与辊子速度与基材速度之比成正比。行为上的差异可归因于由旋转磁芯显影系统产生的显影剂绒毛的搅动。

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