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Diffraction of transmission light through triangular apertures in array of retro-reflective microprisms

机译:透射光通过逆反射微棱镜阵列中的三角形孔的衍射

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摘要

An array of microprisms was described by a model of multiperiod blazed gratings consisting of triangular apertures. The origins of hexagram-shaped diffraction patterns were interpreted based on multiple-beam interference and diffraction array theorem. The relation between zonal/line ghost fringes and imperfectly fabricated array structures was analyzed. Geometrical performance (e.g., the dihedral angle of the microprism) was tested by measuring the features of diffraction patterns of samples from three retroreflective sheeting manufacturers.
机译:通过由三角形孔组成的多周期闪耀光栅模型描述了微棱镜阵列。基于多光束干涉和衍射阵列定理,解释了六边形衍射图案的起源。分析了带状/线状幻影条纹与不完美制造的阵列结构之间的关系。通过测量来自三个逆反射片制造商的样品的衍射图的特征来测试几何性能(例如,微棱镜的二面角)。

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