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Self-induced phase gratings due to the inhomogeneous structure of acrylamide photopolymer systems used as holographic recording materials

机译:由于用作全息记录材料的丙烯酰胺光敏聚合物体系的不均匀结构,导致自感应相位光栅

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摘要

We report the observation of self-induced gratings or noise gratings in an acrylamide photopolymer for use in real time holography. The possibilities of this noise source as an optimization technique for this type of material are pointed out. Noise gratings in these polymer films were created upon exposure to a He–Ne laser collimated beam at 633 nm without any subsequent processing step. The influence of intensity on recording noise gratings and angular selectivity are reported showing its influence on the recording of this type of noise source in real time holographic materials.
机译:我们报告了在实时全息术中使用丙烯酰胺光敏聚合物中自感应光栅或噪声光栅的观察结果。指出了这种噪声源作为这种材料的优化技术的可能性。这些聚合物薄膜中的噪声光栅是在暴露于633 nm的He-Ne激光准直光束时产生的,无需任何后续处理步骤。据报道强度对记录噪声光栅和角度选择性的影响,表明其对实时全息材料中这种噪声源的记录的影响。

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