首页> 外文会议>Conference on Current Developments in Lens Design and Optical Systems Engineering 2-4 August 2000 San Diego, USA >Calculation of diffraction in the presence of aberrations by numerical methods based on critical points and semi-periodic zones
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Calculation of diffraction in the presence of aberrations by numerical methods based on critical points and semi-periodic zones

机译:基于临界点和半周期区域的数值方法在存在像差的情况下计算衍射

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摘要

The numerical calculation of diffraction integrals in systems with aberrations is addressed from the point of view of a new geometrical interpretation of the diffraction phenomena. This interpretation is based on the division of the integration domain in semiperiodic zones that isolate the integrand oscillations. Moreover, the critical points of the aperture allow to identify the zones with a net contribution to the diffracted field. with the help of this interpretation it is possible to define methods for calculating the diffraction of a spherical wave incident on an aperture. We study the problems that arise when these methods have to be applied to waves in aberrated systems and we propose a solution based on the analysis of the behavior of the optical path of the wave incident on the exit pupil of the system.
机译:从衍射现象的新几何解释的观点出发,解决了具有像差的系统中衍射积分的数值计算。该解释基于积分域在隔离被积物振荡的半周期区域中的划分。此外,孔的临界点允许识别对衍射场有净贡献的区域。借助于这种解释,可以定义用于计算入射在孔径上的球面波的衍射的方法。我们研究了将这些方法应用于畸变系统中的波时出现的问题,并基于对入射在系统出射光瞳上的波的光路行为的分析,提出了一种解决方案。

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