An Integrated Photoelasticity Based Approach for Reconstruction of Stress Profiles and Optical Anisotropy of GRIN Lenses

Andrey A. Lipovskii; Dmitry I. Dolzhenko; Viktoria M. Kapralova; Dmitry D. Karov; Alexander S. Korotkov; Vera V. Loboda; Elizaveta A. Nikitina; Nicolay T. Sudar; Valentina V. Zhurikhina

doi:10.20944/preprints202310.0552.v1

A peer-reviewed article of this Preprint also exists.

Lipovskii, A.A.; Dolzhenko, D.I.; Kapralova, V.M.; Karov, D.D.; Korotkov, A.S.; Loboda, V.V.; Nikitina, E.A.; Sudar, N.T.; Zhurikhina, V.V. An Integrated Photoelasticity-Based Approach for the Reconstruction of Stress Profiles and Optical Anisotropy of GRIN Lenses. Photonics 2023, 10, 1221. Lipovskii, A.A.; Dolzhenko, D.I.; Kapralova, V.M.; Karov, D.D.; Korotkov, A.S.; Loboda, V.V.; Nikitina, E.A.; Sudar, N.T.; Zhurikhina, V.V. An Integrated Photoelasticity-Based Approach for the Reconstruction of Stress Profiles and Optical Anisotropy of GRIN Lenses. Photonics 2023, 10, 1221.

Abstract

The paper shows that it is possible to obtain reliable information on the dependence of radial distribution of longitudinal birefringence in glass cylindrical elements with radial distribution of refractive index (GRIN lenses) on the basis of transverse polarization tomography data of residual stresses. This does not require complicated procedures of sample preparation, as is necessary in the case of longitudinal translucency measurements. The approach developed was verified in the experiments with a set of different GRIN lenses formed with ion exchange technique, and the closeness of the data obtained from transversal and conventional longitudinal transmission measurements was demonstrated.

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An Integrated Photoelasticity Based Approach for Reconstruction of Stress Profiles and Optical Anisotropy of GRIN Lenses

Abstract

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