Investigations of polarization distributions of ellipticity states of laser images of punctuate samples of cancer patients and legal aspects of their labor adaptation

Yu. Ushenko; N. D. Getmantseva; A. V. Getmantsev; L. Beaser; M. Sakhnovskiy; V. Zhytaryuk; M. Slyotov; Yu. Chuprovska; N. P. Penteleichuk

doi:10.1117/12.2553977

6 February 2020 Investigations of polarization distributions of ellipticity states of laser images of punctuate samples of cancer patients and legal aspects of their labor adaptation

Yu. Ushenko, N. D. Getmantseva, A. V. Getmantsev, L. Beaser, M. Sakhnovskiy, V. Zhytaryuk, M. Slyotov, Yu. Chuprovska, N. P. Penteleichuk

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Proceedings Volume 11369, Fourteenth International Conference on Correlation Optics; 113691X (2020) https://doi.org/10.1117/12.2553977
Event: Fourteenth International Conference on Correlation Optics, 2019, Chernivtsi, Ukraine

Abstract

This research contains materials of experimental studies of the coordinate structure of the distribution of polarization ellipticity of spectral ("red"λ₁ = 0,632μm and "blue"λ₁ = 0,414μm) laser images of punctate samples of healthy (group I), preoperative (group II) patients and postoperative (group III) cancer patients. Two-dimensional distributions of elliptic polarization values of the "red" and "blue" laser images of punctate oncological patients of groups I, II and III are presented and analyzed. Samples of stationary values of the polarization ellipticity of laser images of punctate samples of three groups of oncological patients were studied and the patterns of their coordinate and spatial-frequency construction were established. On this basis, polarization criteria for the differentiation of laser images of patients of groups I, II and III are established. The ranges of changes in the statistical moments of the first and fourth orders of the coordinate distribution of polarization ellipticity (“red” λ₁= 0,632μm and “blue” λ₁=0,414μm) laser images were studied, and statistical criteria for the differentiation of laser images of patients A, B and C groups were established. Some legal aspects of labor adaptation revealed by the proposed diagnostic methods in labor and social collectives are considered.

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Yu. Ushenko, N. D. Getmantseva, A. V. Getmantsev, L. Beaser, M. Sakhnovskiy, V. Zhytaryuk, M. Slyotov, Yu. Chuprovska, and N. P. Penteleichuk "Investigations of polarization distributions of ellipticity states of laser images of punctuate samples of cancer patients and legal aspects of their labor adaptation", Proc. SPIE 11369, Fourteenth International Conference on Correlation Optics, 113691X (6 February 2020); https://doi.org/10.1117/12.2553977

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KEYWORDS

Polarization

Cancer

Statistical analysis

Legal

3D image processing

Diagnostics

Laser scattering

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