Dimensional effects in phase transitions and physical properties of ferroics. Monograph

The monograph sets out mathematical methods and a set of mathematical models describing the phase transitions in 0d-. 1D-, 2D-, 3D-dimensional segnelectrics, segnelastic, ferromagnetics and their static and dynamic physical properties near the phase transition point. The influence of the parameters characterizing a sample of ferroeik and its interaction with the environment, the features of the phase transition, displacement of phase transition temperature, heat capacity, generalized susceptibility is analyzed. The mathematical models of multi -layer thin -floating structures and co -composite materials, where one of the components is the Ferroika nanoparty. In general, modern ideas about the dimensional effects in segotoelectrics, segonteolastic, ferromagnetics and mechanisms of targeted effect on their properties are quite fully covered.
Designed for scientists, students and graduate students of physical specialties of universities interested in the fundamental problems of the formation of the physical properties of low -size materials. Research engines, developers of new materials can use the stated material as scientific and methodological foundations of support for the development of optimal solutions for their creation