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Dot Formation Condition from the Conductive Toner Cloud by Aperture Electrodes

机译:导电碳粉通过孔电极形成点的条件

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摘要

The printing by controlling conductive cloud has a possibility of realizing simple printing mechanism. Electric field activated jumping toner is confined by using dented electrode and the confined toner generates toner cloud. In the experiment, 4 electrodes of pulling electrode, a pair of control electrode and dented base electrode are arranged. When the control electric field between the pair of control electrodes is forward to toner motion to the pulling electrode, toner can pass the control electrodes to the pulling electrode and form a toner dot. The dependence of the toner dot size on the electric field is measured. The toner dot size staris to increase from the certain electric field. It is obtained that the dot size depends also on the electric field outside of the aperture electrodes.
机译:通过控制导电云的印刷可以实现简单的印刷机理。电场激活的跳跃式碳粉通过使用凹陷的电极来限制,并且受限的碳粉会产生碳粉云。在实验中,布置了四个电极:牵引电极,一对控制电极和凹陷的基极。当成对的控制电极之间的控制电场使调色剂向拉动电极运动时,调色剂可以使控制电极通过拉动电极并形成调色剂点。测量调色剂点尺寸对电场的依赖性。碳粉点的大小从某个电场开始增加。获得的点的大小还取决于开口电极外部的电场。

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