CAJ | 학술논문

文章介绍了利用匀胶机甩Teflon薄膜作为疏水亲油介质的方法制备电润湿显示的工艺，在此基础上，通过引入光刻工艺，选用SU-8负胶作为光刻胶，获得了具有良好的油滴浸润性的电润湿显示阵列。实验中获得的显示阵列具有良好的油滴浸润性，油滴在各个显示单元上覆盖全面，小电压时就开始收缩，电压加到30V时，油滴基本上收缩到角落，并且有良好的重复性，有望应用于下一代的显示器件。
문장개소료이용균효궤솔Teflon박막작위소수친유개질적방법제비전윤습현시적공예，재차기출상，통과인입광각공예，선용SU-8부효작위광각효，획득료구유량호적유적침윤성적전윤습현시진렬。실험중획득적현시진렬구유량호적유적침윤성，유적재각개현시단원상복개전면，소전압시취개시수축，전압가도30V시，유적기본상수축도각락，병차유량호적중복성，유망응용우하일대적현시기건。
In this paper, we described the process of fabricating the electrowetting display, using teflon films thrown by a spin coater as the lipophilic hydrophobic medium. On this basis, by employing SU-8 photoresist as the lithophotography cofferdam, we got the electrowetting display array with good oil invasion. The oil droplets achieved complete coverage in every display units, began to shrink at small voltage, and when the voltage was 30V, shrank virtually into corners. These properties of the process, plus a good repeatability, make its application in the next generation of display devices promising.