The purpose of the study: to conduct laser-spectrophotometric differential diagnosis of blood in postmenopausal patients with benign processes and endometrial cancer. It was analysed on this work the dependings of autocorrelation functionsK[S ( x)] i=2;3;4 ∆ of coordinate distributions of the Stokes vector parameters polarization-inhomogeneous laser object fields of eksocervix native smears and cervical canal wall. It was revealed the behavior of power spectra distribution parameters Stokes vector ( , ) 1,2,3,4 S x y i= of object field cervix. Choice of statistical studies set points 1-4 orders polarized coherent radiation field, transformed as a result of interaction with the oncologic modified biological layers "epithelium - stroma" as a quantitative criterion polarimetric optical differentiation state of human biological tissues was proved. It is established that the increase in the value of birefringence layers of epithelial dysplasia in biological tissues and networks of collagen fibers with adenocarcinoma manifested in the growth of statistical significance since the 3rd order coordinate distributions of polarization of laser images smears and tissue sections cervix.
This work is aimed at generalizing the methods of laser polarimetry in the case of partially depolarizing optically anisotropic polymer layers. A method of differential Mueller-matrix mapping was proposed and substantiated for reproducing the distributions of the parameters of linear and circular birefringence and dichroism of methyl acrylate layers under various temperature conditions (200 ‒ group 1) and (450 ‒ group 2).
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