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Electromagnetic wavelet propagation and diffraction

机译:电磁小波传播与衍射

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Abstract: For the first time we show that optical diffraction is a wavelet transform with the electromagnetic wavelets, which are reduced to Hyugens' wavelets by a temporal. Fourier analysis in the case of monochromatic field. We define the non-diffracting electromagnetic wavelet by integrating a subset of the electromagnetic wavelets. A non-diffracting field can be constructed by a linear combination of the non- diffracting electromagnetic wavelets, which are the one-side windowed Fourier transform of the Bessel beams with a temporal frequency window and are spatially localized in the lateral direction, translated in the propagation direction and scaled in the time and the temporal frequency.!3
机译:摘要:首次证明光学衍射是电磁小波的小波变换,其在时间上被简化为Hyugens小波。在单色场的情况下进行傅立叶分析。我们通过整合电磁子波的一个子集来定义非衍射电磁子波。可以通过非衍射电磁子波的线性组合来构建非衍射场,这些电磁子波是具有时间频率窗的贝塞尔光束的单侧窗傅里叶变换,并且在横向上空间定位,并在传播方向并按时间和时间频率定标!! 3

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