首页> 外文会议>Saratov Fall Meeting on Coherent Optics of Ordered and Random Media Ⅱ 2001, Oct 2-5, 2001, Saratov, Russia >Design of multi-channel phase spatial filter for selection of Gauss-Laguerre laser modes
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Design of multi-channel phase spatial filter for selection of Gauss-Laguerre laser modes

机译:用于选择高斯-拉格瑞激光模式的多通道相位空间滤波器的设计

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We synthesize a multi-channel phase filter to decompose the light fields into the basis of generalized Gauss-Laguerre modes, Ψ_(nm)(r,φ), 0≤n,|m|≤N. The filter allows any of nine specified modes to be selected. The contribution of any mode to the image under analysis can be determined from the correlation peak in the focal plane of the corresponding diffraction order. The choice of an optimal radius of the plane and Gaussian illuminating beams is studied. The results on computer simulated selection of desired modes from the laser beams composed of a linear combination of Gauss-Laguerre modes are discussed.
机译:我们合成了一个多通道相位滤波器,将光场分解为广义高斯-拉格勒模式,_(nm)(r,φ),0≤n,| m |≤N。该过滤器允许选择九种指定模式中的任何一种。可以从相应衍射级焦平面中的相关峰确定任何模式对分析图像的贡献。研究了平面和高斯照明光束的最佳半径的选择。讨论了计算机模拟从高斯-拉格勒模式的线性组合组成的激光束中选择所需模式的结果。

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