The methodology developed by the author and presented in this book is aimed at evaluation of formation processes for complex, multi-component systems and is based on the understanding of spatial-energy parameter (P-parameter). Such a criterion is introduced when analyzing several physical and chemical regularities, including Lagrangian equations and consideration of the most important atomic characteristics. Specific application of such an approach to estimate the degree and direction of structural interactions, phase-formation processes, isomorphism and solubility in numerous systems, including molecular ones, is given. In particular, the distribution of phases and boundary layers in multi-component conglomerate of polymeric composite is analyzed. The monograph contains a lot of methodological, computation and informative material to be used in practical science in the process of theoretical studies and research of structural interactions in condensed systems.Despite of the fact that any state diagram can be built-up using thermodynamic calculations , the actual studying of multicomponent oxide systems requires the application of less labor- consuming methods, for diagram type determination anbsp;...
|Title||:||Spatial-energy Principles of the Processes for Complex Structure Formation|
|Author||:||G. A. Korablev|
|Publisher||:||Walter de Gruyter - 2005|