Scaling properties of fractal-like structuresтезисы доклада

Работа с тезисами доклада

[1] Yuliya R., Iuliia M., Sergey R. Scaling properties of fractal-like structures // IC-MSQUARE 2018 (abstracts). — MSU, 2018. The present work is dedicated to the solving the fundamental scientific problem of modern fractal optics. It is associated with the establishing of general regularities that determine the relationship between the features of the structure of fractal-like objects and their spectral characteristics. Finding these laws will enable to develop new diagnostic tools for research of fractal-like objects and processes for their formation. Nanocluster systems and multilayer structures, including metamaterial inserts, were chosen as the objects of research. The choice of a wide range of objects of different physical nature is due to the penetration of fractal optics into a system of interdisciplinary technologies and theoretical concepts. Particular attention is paid to the study of the scaling of the analyzed objects structures and their optical characteristics. On the basis of theoretical studies of the distribution of the amplitude and phase of light waves that diffract or interfere on the analyzed objects the features of scaling in light fields are determined. When analyzing the obtained modeling results, a comparison between the features of the structure of the analyzed objects with the scaling parameters in diffraction patterns and transmission spectra is made. The reported study was funded by RFBR according to the research project № 18-01-00723 a.

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