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Gaussian apodization technique in a holographic demultiplexer based on photopolymer

机译:基于光聚合物的全息解复用器中高斯叠加技术

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In this paper, Gaussian apodization technique applied to a transmission volume hologram for holographic demultiplexer is proposed. The Gaussian apodized grating of 15 mm x 11 mmsize, 38 μm thickness and 3.2 mm horizontal standard deviation of the modulating index profile was fabricated. A 22-channel demultiplexer based on that grating has been optically demonstrated. The channel spacing, the interchannel cross-talk level and the channel uniformity of 0.8 nm, -30 dB and 1.5 dB, respectively, were obtained.
机译:本文提出了应用于全息解复用器的传输体全息图的高斯偏移技术。制造了38μm厚度,38μm厚度和3.2mm水平标准偏差的高斯悬架光栅被制造了调制指数曲线的3.2mm。基于该光栅的22通道多路分解器已经光学说明。获得通道间距,间隙串扰水平和0.8nm,-30dB和1.5dB的通道均匀性。

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