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首页> 外文期刊>Journal of nanoscience and nanotechnology >3D Image Recording on Photopolymer Films Containing Molecular Composites of a New s-Triazine Monomer and Acrylate Monomer by Dual Photopolymerization
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3D Image Recording on Photopolymer Films Containing Molecular Composites of a New s-Triazine Monomer and Acrylate Monomer by Dual Photopolymerization

机译：通过双重光聚合在包含新型s-三嗪单体和丙烯酸酯单体的分子复合物的光聚合物膜上记录3D图像

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摘要

Three dimensional (3D) image recording on photopolymer film was explored using a mixture of s-triazine diepoxy (SEP) and ethylene glycol phenyl ether acrylate (PA) as a monomer to induce cationic and radical polymerization during the holographic recording. The photopolymer films were sensitive to a visible light source and polymerized upon excitation with a visible laser. 3D image was recorded on the photopolymer film by holographic recording using a 491 nm laser. The film containing a molecular composite of SEP and PA showed high diffraction efficiency via dual photo polymerization. Within 10 min of recording the image formation was vivid. In this way 3D screw and a letter image with large viewing angle were obtained onto the photopolymer film. The images were stable for longer than 3 month at RT and 5 hr at 85℃, when read by a visible light.
机译：使用s-三嗪二环氧（SEP）和乙二醇苯基醚丙烯酸酯（PA）的混合物作为单体，探索在光敏聚合物膜上的三维（3D）图像记录，以在全息记录过程中引发阳离子和自由基聚合。光聚合物膜对可见光源敏感，并在用可见激光激发后聚合。通过使用491nm激光的全息记录将3D图像记录在光敏聚合物膜上。通过双光聚合，包含SEP和PA的分子复合物的膜显示出高衍射效率。在记录的10分钟内，图像形成生动。以这种方式，在光聚合物膜上获得了具有大视角的3D螺丝和字母图像。当用可见光读取时，图像在室温下稳定超过3个月，在85℃下稳定5个小时。

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