ABSTRACT
Abstract ............................................................................................................ 168 6.1 Simulation of Nanoelements Formation and Interaction ........................ 168 6.2 Problem Statement and Modeling Technique ......................................... 171 6.3 Problem Formulation for Interaction of Several Nanoelements ............. 175 6.4 Structure and Forms of Nanoparticles .................................................... 179 6.5 Nanoparticles Interaction ........................................................................ 182 6.6 Conclusion .............................................................................................. 194 Keywords ......................................................................................................... 195 References ........................................................................................................ 195
The methods of numeric modeling within the framework of molecular simulation are used for calculating the interactions of nanostructural elements. A method offered is based on the pairwise static interaction potential of nanoelements that is built up with the help of the approximation of the numerical calculation results using this method. Based on the potential of the interaction of the nanostructure elements, which takes into account forces and moments of forces, the method for calculating the nanoelement interactions is applied.
