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Study on Focusing Mechanism of Radial Polarization with Immersion Objective

机译:浸没式物镜径向偏振聚焦机理研究

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摘要

In this study, we employ vectorial diffraction to examine the focusing mechanism of radially polarized beams using an immersion objective with linear and circular polarized illuminations. Radial polarization features a sharp focus in a high-numerical-aperture (NA) system. The longitudinal component governing spot formation depends on the bending of the polarization vector rather than the immersion circumstance. As the marginal angle of the objective exceeds 64.16 and 71.81°, the depolarization effect of the radially polarized beam enables a smaller spot than the linear and circular polarizations, respectively.
机译:在这项研究中,我们采用矢量衍射技术,通过使用具有线性和圆偏振照明的浸没物镜来检查径向偏振光束的聚焦机理。径向极化在高数值孔径(NA)系统中具有清晰的焦点。控制斑点形成的纵向分量取决于偏振矢量的弯曲,而不是浸入环境。当物镜的边缘角超过64.16和71.81°时,径向偏振光束的去极化作用会产生比线性和圆形极化分别小的斑点。

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