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Application of Heisenberg's uncertainty principle and C-method to the study of Fraunhofer diffraction by a metallic ribbon

机译:Heisenberg的不确定性原理和C型方法在金属丝带弗劳恩霍德衍射研究中的应用

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Until the early of nineteenth century the corpuscular theory of light of Newton was largely dominant and the wave theory of Huygens practically abandoned. This is to Thomas Young and Augustin Fresnel that we owe its return in the early nineteenth century to explain the phenomena of diffraction and interference in particular the Young's double-slit experiment. To decide between the wave theory and corpuscular theory, the Paris Sciences Academy had organized a competition in 1819, on the subject of the problem of diffraction. Fresnel won the prize by performing the first calculations of diffraction from the wave theory of light showing that in the middle of the shadow of an opaque circular disc, against all expectations, there is a bright spot called the Poisson spot.
机译:直到十九世纪初,牛顿的碎石理论主要是主导的,惠格汶的波理论实际上被遗弃。 这是托马斯年轻和奥古斯丁的菲涅耳,我们在十九世纪初回归,以解释特别是年轻的双缝实验中的衍射和干扰的现象。 为了决定波浪理论和杀虫理论,巴黎科学院学院在1819年组织了争论问题的竞争。 菲涅耳通过表演来自波浪理论的衍射来赢得奖项,从而在不透明的圆形光盘的阴影中,反对所有期望,有一个称为泊松点的亮点。

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