Shape Analysis of Solidified Photopolymer for the Three Dimensional Photofabrication -Measurement of Critical Exposure-

H. Narahara, Katsumasa Saito
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引用次数: 2

Abstract

This paper discusses about critical exposure value for the three dimensional photofabrication. Critical exposure is one of the important parameters for photopolymers to explain solidified depth in a conventional model. In this paper, critical exposures of several photopolymers are measured and the results show that the critical exposure is not constant value contrary to the conventional model but the laser power and scan speed have non-linear relationship. The fact that critical exposure is not constant value affected by exposure condition makes it difficult to compare between experiments under conventional model. This paper also discusses the reason of this non-linear experimental results with the consideration of the extent of reaction of photopolymers.
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三维光加工用固化光聚合物的形状分析-临界曝光量的测量
本文讨论了三维光加工的临界曝光值。在传统模型中,临界曝光是光聚合物解释固化深度的重要参数之一。本文对几种光聚合物的临界曝光量进行了测量,结果表明,临界曝光量不是与传统模型相反的恒定值,而是激光功率与扫描速度呈非线性关系。由于临界暴露不是受暴露条件影响的恒定值,使得常规模型下的实验难以进行比较。考虑到光聚合物的反应程度,本文还讨论了实验结果非线性的原因。
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