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Registration Number

0222U002211, 0119U100729 , R & D reports

Title

Development of the latest polarization-correlation and digital holographic methods of the 3D introscopy system of the polycrystalline structure of biological layers

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Head

Dubolazov Olexander Volodymyrovich, Доктор фізико-математичних наук

Registration Date

10-02-2022

Organization

Yuriy Fedkovych Chernivtsi National University

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 Based on the methodology of the correlation description of the optical anisotropy of the polycrystalline structure of preparations of biological tissues and films of biological fluids by superposition of Muller-matrix correlation invariants, new methods and systems have been developed for reproducing the distributions of complex amplitudes of object laser fields. On this basis, original algorithms for polarization-correlation and digital holographic reconstruction of 3D distributions of the modulus and phase of Muller-matrix correlation invariants of the optical anisotropy of biological preparations of human organs have been developed. By testing a set of methods of three-dimensional Muller-matrix correlation introscopy, layer-by-layer distributions of the module and phase of the "two-point" parameters of the Stokes vector and Muller-matrix correlation invariants of samples of biological tissues and fluids of human organs (endometrium, kidney, liver) were determined.

Product Description

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Angelskaya Alla O.
Garazdiuk Marta S.
Kinzerska Oksana V.
Kurek Igor G.
Motrych Artem V
Olar Oleksandr V
Pidkamin Leonid Yo
Protsiuk Natalia F.
Sаkhnovskyi Mykhаilo Yu.
Slyotov Mykhailo M

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2022-03-09