Models Of Agglomeration And Glass Transition

"The book is written in a free, easily readable style, where calculations alternate with historical remarks relating to the history of glasses, the discovery of helium, and other similar material of a less technical nature ... this book can also serve as part of a course in the nowadays fashionable subject of nanotechnology."Journal of Statistical Physics

• Self-Similarity; Topological and Statistical Properties of Networks; Bonds and Interactions in Networks; Stochastic Agglomeration Model; Model of Quasi-Crystalline Growth; Nucleation and Growth of Fullerenes; Icosahedral Virus Capsid Growth; Glasses and Their Properties; Kinetics of Crystallization in Liquids; Stochastic Agglomeration Model of Glass Transition; Ternary and Multicomponent Glasses. Immiscibility; Glass Transition and the Cooling Rate; Rigidity, Connectivity and Homogeneity in Glasses.