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Flexible displays for smart clothing: Part II- Electrochromic displays

机译:智能服装的柔性显示器:第二部分-电致变色显示器

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Chromic materials have the ability to change their colour reversibly according to external environmental conditions. They are categorised by the stimulus that triggers the colour change. For example, thermochromic materials can be defined as those in which a colour change is induced by a change in temperature and electrochromic materials are those in which a colour change is induced when an electrical current is applied. Thermochromism is already a well-known application within the textile field, however electrochromism is not as common. In this paper, an overview of the field of electrochromic devices has been presented and the successful development of a first generation flexible textile electrochromic device, achieved by ourselves, is discussed. The flexible electrochromic textile display consists of a novel 4-layer sandwich structure containing a thin spacer fabric with electrochromic compound (Prussian blue), a conductive layer and two electrodes; bottom and Upper (transparent). If powered with a low voltage battery, this structure is able to generate a reversible colour change. The switching times have been measured at ~ 5 s and 4.5 V. The colour changes are monitored via CIE L*, a*, b* values.
机译:铬材料具有根据外部环境条件可逆地更改其颜色的能力。它们按触发颜色变化的刺激进行分类。例如,热致变色材料可以定义为其中通过温度变化引起颜色变化的材料,而电致变色材料是其中在施加电流时引起颜色变化的材料。热致变色在纺织领域已经是众所周知的应用,但是电致变色并不普遍。在本文中,已经介绍了电致变色器件领域的概况,并讨论了由我们自己实现的第一代柔性织物电致变色器件的成功开发。柔性电致变色纺织品显示器由新颖的4层夹心结构组成,该结构包含带有电致变色化合物(普鲁士蓝)的薄间隔织物,导电层和两个电极。底部和上部(透明)。如果使用低压电池供电,则该结构能够产生可逆的颜色变化。在〜5 s和4.5 V下测量了开关时间。通过CIE L *,a *,b *值监视颜色变化。

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