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Holographic recording media based on systems with intramolecular and intermolecular charge transfer

机译:基于分子内和分子间电荷转移系统的全息记录介质

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Information characteristics of holographic recording media based on poly(N-epoxypropylcarbazole) films containing charge-transfer systems as photogeneration sites were studied, in which donor and acceptor molecules (or their fragments) either formed adducts between one another or were covalently bound by polymethylene spacer groups or by a system of conjugated pi bonds. The recording media based on compounds with intramolecular charge transfer over a system of conjugated bonds for recording holograms using the photothermoplastic method exhibit an narrower intense spectral sensitivity band and a high holographic sensitivity. In these media, the effect of prolonged storage of latent image before the development of a hologram was revealed and explained.
机译:研究了基于聚(N-环氧丙基咔唑)薄膜的全息记录介质的信息特性,该薄膜包含电荷转移系统作为光发生位,其中供体和受体分子(或其片段)彼此之间形成加合物或与聚亚甲基间隔基共价键合基团或通过共轭π键系统。基于在共轭键系统上具有分子内电荷转移的化合物的记录介质,使用光热塑性方法记录全息图时,显示的光谱强度范围较窄,全息图灵敏度较高。在这些介质中,揭示并解释了在全息图显影之前长时间存储潜像的效果。

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