Solid State PhysicsSolid State Physics |
Contents
Chapter 2 Crystal Nucleation in Liquids and Glasses | 75 |
Chapter 3 Glass Transition and Relaxation of Disordered Structures | 179 |
Author Index | 255 |
265 | |
Cumulative Author Index Volumes 145 | 289 |
Common terms and phrases
A. L. Greer Acta Metall amorphous solids annealing approximation atomic configurations atoms behaviour calculated charge Chem classical theory cluster colloidal crystals colloidal suspensions computer simulations constant critical diameter disordered DLVO potential droplets equation equilibrium experimental fluctuation foc crystal free energy glass transition glass transition temperature growth hard sphere homogeneous nucleation icosahedral symmetry interaction interface interfacial energy interparticle ions K. F. Kelton Kashchiev Kesavamoorthy kinetic Lennard-Jones Lennard-Jones potential Lett Li2O liquids and glasses MD simulations measured melting metastable molecular dynamics monodisperse Non-Cryst nucleation theories number density number of nuclei observed obtained parameters phase diagram phase transition Phys polydispersity predictions quench rate second peak shear shown in Fig silicate glasses Sogami solid curve Spaepen steady-state nucleation rate surface thermodynamic time-dependent nucleation Turnbull undercooled liquids UR(r values viscosity volume fraction Voronoi polyhedra Yonezawa Yukawa potential
References to this book
Conducting Organic Materials and Devices Suresh C. Jain,M. Willander,V. Kumar No preview available - 2007 |