Chernogor, L. F.Lazorenko, O. V.Onishchenko, A. A.2024-12-152024-12-152023Chernogor L. F. Multi-Fractal Analysis in Problems of the Applied Physics / O. V. Lazorenko A. A. Onishchenko // Electronics and Applied Physics : Proceedings of the XIX International Conference, October 17–21, 2023. – Kyiv, 2023. – P. 109–110.https://openarchive.nure.ua/handle/document/29453According to the non-linear and the system paradigms, many processes generated in open, non-linear, dynamical systems under influence of a powerful source of energy release are appeared to be short-time, ultrawideband, non-linear and fractal. In the paper [1] published one year ago, we have introduced a short review of the existing mono-fractal analysis methods, which can be useful and quitly applicable for solving of the applied physics problems, where there are a lot of such processes and such systems. To investigate their fractal properties more extended, the multi-fractal analysis methods should be applied. Unfortunately, similar the monofractal analysis methods, these methods are often appeared to be quite unknown for the most part of researchers too.enThesis