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Dependence of Rewritable Characteristics on Media Thickness in Wax-based Electrophoretic Media

机译:可擦写特性对蜡基电泳介质中介质厚度的依赖性

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摘要

A new rewritable printing media using electrophoresis and selective heating has been proposed to contribute to the reduction of paper consumption. Wax-based electrophoretic rewritable media has been investigated based on their potential for having good preservation characteristics. Decreasing the thickness of rewritable media is very important in order to decrease the writing/erasing energy of wax-based rewritable media. In the present study, the thickness characteristic of rewritable media is investigated. As a result, reflectance ratio of dyed-wax side and TiO_2 side is obtained as good condition around media thickness 0.075mm at proper wt ratio conditions of dye and TiO_2.
机译:已经提出了使用电泳和选择性加热的新的可重写打印介质,以有助于减少纸张消耗。基于蜡的电泳可重写介质具有良好的保存特性,因此已经对其进行了研究。为了降低蜡基可重写介质的书写/擦除能量,减小可重写介质的厚度非常重要。在本研究中,对可重写介质的厚度特性进行了研究。结果,在适当的染料和TiO 2的重量比条件下,在介质厚度0.075mm附近获得了染色蜡侧和TiO 2侧的反射率比为良好条件。

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