Processes of growth of disordered semiconductors in the context of self-organiziation theory

Research on Amorphous Silicon Thin-Film Structure and Growth Processes Using Nonlinear Dynamics Methods

“…In all the cases the characteristics of these managing influences should be formed on the basis of knowledge of substance dynamics at hardening [6]. In all the cases the characteristics of these managing influences should be formed on the basis of knowledge of substance dynamics at hardening [6].…”

Investigation of the formation of fractal structures in SiO2 · SnO x · CuO y thin films prepared by the sol-gel method

“…In [7][8][9][10][11], the authors proposed to consider the film formation processes of disordered semiconductor mate rials in terms of the theory of self organization, which allows one to estimate the degree of disorder of a system without its detailed description. Such an approach allows one to control the processes of formation of the nanoma terial and predict its properties.…”

“…As such a characteristic, we used the height distri bution function of the surface profile of films, because the distribution of the substance contains information about the space-time evolution of the film formation [7,12,13]. The surface morphology of films reflects the processes accompanying the formation of the structure of the material, whereas the fractal dimen sion D f determines its geometrical features.…”

Multifractal Detrended fluctuation Analysis in Examining Surface Properties of the Gas-Sensing Metal-Containing Polyacrylonitrile

“…The film surface images received by means of microscopy can serve as a starting point for the analysis by methods of nonlinear dynamics and the information theory (Vikhrov et al, 2005, Bodyagin et al, 1997, Mursalov et al, 2000, Vikhrov et al, 2012, Avacheva et al, 2008. The processes in solid-state formation are characterized by the basic features of self-organizing systems (Vikhrov et al, 2005).…”

“…The processes in solid-state formation are characterized by the basic features of self-organizing systems (Vikhrov et al, 2005). Self-organization theory with concept of deterministic chaos is the approach, which makes it possible to simulate the structure of amorphous semiconductors and control the technologies of it fabrication.…”