Spheric Aberration Evaluation of Thin Lens by Ray Transfer Matrix
Main Article Content
Abstract
The spheric aberration is one of the optical aberration influencing on the optical quality of the optical system, specially, the objective. In this paper, we poropose to use the rays transfer matrix to evaluate the spheric aberration of the nonparaxial rays. Basing on the element cofiguration of the thin lens, we introduce the rays transfer matrix describing the relation the object’s and image’s heigh from the optical axis. The transverse spheric aberration is numerically observed and compared to that obtained by using the paraxial approximation. The obtained results are discussed to evaluate the spheric aberration of the thin lens, particularly, and the objective, generally.
Keywords:
Optics, Ray optics, Optical aberration.
References
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[6] J. A. Strother, Reduction of Spherical and Chromatic Aberration in Axial-Scanning Optical Systems with Tunable Lenses, Biomedical Optics Express, Vol. 12. No. 6, 2021, pp. 3530-3552.
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