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The numerical simulation and experiment on extrusion roller embossing of light diffusion plate with micro-structure

机译:微结构挤出辊压花挤出辊压花的数值模拟与实验

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Extrusion roller embossing process has demonstrated the ability to produce polymer film with micro-structure. However the influence of various parameters on the forming quality has not been understood clearly. In this paper, a light diffusion plate with semi cylindrical micro-structure array as the research object, the influence of the main processing parameters such as roller speed, pressuring distance and polymer film temperature to the rolling quality was investigated in detail by simulation and experimental methods. The results show that the thickness of the light diffusion plate and the micro-structure fitting diameter increases with the increasing of the roll speed and the polymer film temperature, and decreases with the increasing of the pressing distance. Besides, the simulation results conformed well to the experimental results.
机译:挤出辊压花工艺证明了生产具有微结构的聚合物膜的能力。然而,各种参数对成形质量的影响尚未清楚地理解。本文通过模拟和实验,详细研究了具有半圆柱微结构阵列的光漫射板作为研究对象,主要加工参数如滚子速度,压力距离和聚合物膜温度的影响方法。结果表明,光漫射板的厚度和微结构拟合直径随着辊速的增加和聚合物薄膜温度而增加,并随着压制距离的增加而降低。此外,仿真结果符合实验结果。

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