首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >The application of magnetic fluid bag micro-roll imprinting technology in optical anti-reflective and solar concentrator soft film replication
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The application of magnetic fluid bag micro-roll imprinting technology in optical anti-reflective and solar concentrator soft film replication

机译:磁流体袋微辊压印技术在光学减反射和太阳能聚光器软膜复制中的应用

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摘要

This study developed the magnetic fluid bag micro-roll imprinting system equipment, and compared the roll imprinting behavior of the general rigid roller and soft roller imprinting systems. Using the precision equipment system, this study developed optical anti-reflective micro Nano-structure roll imprinting replication and conducted an inspection of the optical features. The research results suggested that the proposed magnetic fluid bag micro-roll imprinting equipment and processing technology can provide even distribution of the magnetic fluid inside the bag. The magnetic force can effectively increase the imprinting contact area of the roller and substrate during the roll imprinting process, while effectively enhancing roll imprinting velocity. In addition, the experiment confirmed that the precision system equipment and processing methodology of this innovative design can successfully print optical anti-reflective film and solar concentrator (Fresnel lens micro-structure). Moreover, it has very good performance in the optical anti-reflective experiment, sunlight intensity analysis, and inspection. (C) 2015 Elsevier GmbH. All rights reserved.
机译:本研究开发了磁流体袋微辊压印系统设备,并比较了普通刚性辊和软辊压印系统的辊压性能。本研究使用精密设备系统开发了光学抗反射微纳米结构辊压印复制品,并对光学特性进行了检查。研究结果表明,所提出的磁性液体袋微辊压印设备和加工技术可以使磁性液体在袋内均匀分布。磁力可以有效地增加辊压印过程中辊与基板的压印接触面积,同时有效地提高辊压印速度。此外,实验证实,这种创新设计的精密系统设备和加工方法可以成功地印刷光学减反射膜和太阳能聚光器(菲涅耳透镜微结构)。此外,它在光学减反射实验,日照强度分析和检查中具有非常好的性能。 (C)2015 Elsevier GmbH。版权所有。

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