2015Journal of Jishou UniversityRequires access

Light Intensity Distribution of Near-Field Diffraction for Planar Waves Diffracted at Small Circular Aperture

YE Fuqi

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Abstract

With rigorous vector diffraction theory,the light intensity distribution of near-field diffraction for planar light waves with vertical incidence diffracted at small circular aperture is studied,and the spatial distribution characteristics of the diffraction light intensity simulation is calculated by computer.The Mablab simulation results show that the near-field diffraction belongs to Fresnel diffraction,and similar to Fraunhofer diffraction.

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What this paper is about

With rigorous vector diffraction theory,the light intensity distribution of near-field diffraction for planar light waves with vertical incidence diffracted at small circular aperture is studied,and the spatial distribution characteristics of the diffraction light intensity simulation is calculated by computer.The Mablab simulation results show that the near-field diffraction belongs to Fresnel diffraction,and similar to Fraunhofer diffraction.

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Available abstract

With rigorous vector diffraction theory,the light intensity distribution of near-field diffraction for planar light waves with vertical incidence diffracted at small circular aperture is studied,and the spatial distribution characteristics of the diffraction light intensity simulation is calculated by computer.The Mablab simulation results show that the near-field diffraction belongs to Fresnel diffraction,and similar to Fraunhofer diffraction.

Key concepts: Diffraction, Fresnel diffraction, Optics, Intensity (physics), Aperture (computer memory), Kirchhoff's diffraction formula, Planar, Light intensity

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