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Optimization of a photocyclic initiating system for visible light using of holographic recording and RT-FTIR experiments

机译:用全息记录和RT-FTIR实验的可见光光环启动系统的优化

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Light induced polymerization reaction “photopolymerization” is employed in quite different technical applications that have become beneficial to humans. These applications include microelectronics, information technologies, optical fibers, dental materials, printing inks, paints, varnishes, …1,2. Among these applications, photopolymer materials have revealed to be the best choice for holographic recording, promoting holography as a compelling choice for next-generation data storage needs.3 In holography and display devices, photopolymers were developed primarily for display of single images due to the refractive index variations or relief profiles generated by an optical interference pattern.4 Compared to inorganic photorefractive materials, photopolymers have much higher sensitivity due to chemical amplification effects, large dynamical range, high versatility of the formulations. Additionally, this is a relatively low cost one step process.
机译:光诱导的聚合反应“光聚合”用于与人类有益的相当不同的技术应用中。这些应用包括微电子,信息技术,光纤,牙科材料,印刷油墨,涂料,清漆,... 1,2。在这些应用中,光聚合物材料已经显示为全息记录的最佳选择,将全息术促进作为下一代数据存储需求的引人注目的选择.3在全息照相和显示装置中,光聚合物主要用于显示由于所造成的单个图像通过光学干涉图案产生的折射率变化或浮雕曲线.4与无机光折射材料相比,光聚合物由于化学扩增效应,动力学范围大,制剂高通用性具有更高的敏感性。另外,这是一个相对较低的成本一步程。

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