Matrix method for the observation of laser-induced photopolymerization with short time curing

Matrix method for the observation of laser-induced photopolymerization with short time curing
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观察激光诱导光聚合短时间固化的矩阵法

DOI:
10.1007/s00340-006-2422-8
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发表时间:
2006-09
期刊:
Applied Physics B
影响因子:
--
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其他
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基于固化强度依赖性光聚合及其对高斯光束波前畸变的影响,提出了一种现象学理论来模拟可固化化学复合材料在激光诱导光聚合过程中折射率的绝对变化过程。在此基础上,建立了系统分辨率为±0.3%的丙烯酸酯复合材料光聚合实验装置。该方法的数据速率大于20 Hz,适用于光聚合的实时研究。
A phenomenological theory, based on curing intensity-dependent photopolymerization and its influence on gaussian beam wave front distortion, was proposed to model the absolute variation process of the refractive index of curable chemical composite in laser-induced photopolymerization. An experimental setup that relied on this theory with a systematic resolution of ±0.3% was also established for the measurement of photopolymerization for acrylate composite. The data rate of more than 20 Hz made this method suitable for real-time investigation on photopolymerization.
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