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The Method of Determination of the Profile Photopolymer Printing Elements and the Optimization a Photopolymer Structure

机译:轮廓光敏聚合物印刷元件的确定方法和光敏聚合物结构的优化

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The profile of the printing elements is the most important qualitycharacteristic of the photopolymer plate. In this work the profile wasdetermined by using the Fourier transform analysis. The photopolymerplate is considered as multi layers system. The exposing light scatteringwas evaluated by calculating of the transform characteristics of the systemfor making the printing plate. The photopolymer layer thickness andits optical properties is take into consideration. The experimental testingof the calculation method is fulfil by using the physical model of thephotopolymer layers. The model photopolymer layers has the opticalproperties, corresponding to this in the polymer layers. The informationabout the light scattering along the layer thickness was registered on thesensitive film. It was found a good correlation between the differentmethods of determination the printing element profile. The result of thiswork is that it is possible to determine the profile as well as to optimizethe structure of photopolymer plate according to a desire profile.
机译:印刷元件的轮廓是最重要的品质 光敏聚合物板的特性。在这项工作中,个人资料是 通过傅立叶变换分析确定。光敏聚合物 板被认为是多层系统。曝光光散射 通过计算系统的变换特性进行评估 用于制作印版。光敏聚合物层的厚度和 考虑到其光学性质。实验测试 通过使用物理模型来满足计算方法的要求 光敏聚合物层。模型光敏聚合物层具有光学 特性,在聚合物层中与此相对应。资讯 关于沿着层厚度散射的光被记录在 敏感胶片。发现不同之间有很好的相关性 确定打印元件轮廓的方法。结果 工作是可以确定配置文件并进行优化 根据所需轮廓的光敏聚合物板的结构。

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