Dynamics in Small Confining Systems, Volume 2; Volume 366Materials Research Society, 1994 - Molecular dynamics |
Contents
SURFACE CRYSTALLIZATION AND THIN FILM MELTING | 15 |
PHASE SEPARATION STUDIES OF CONFINED THIN FILM | 27 |
ADHESION FORCE BETWEEN HIGH ENERGY SURFACES | 33 |
Copyright | |
54 other sections not shown
Other editions - View all
Common terms and phrases
adsorbed adsorption average behavior bulk TNT calculated chains Chem chemical potential cluster cm¹ coefficient concentration confined TNT contact line correlation function correlation length crystal CTAB decay decreases dendritic density dependence diameter dielectric dielectric constant diffusion dimension dipoles distribution domain droplets effects energy equation equilibrium experimental experiments exponent exponential faujasite Figure film thickness fluctuations fluid flux fractal fractal dimension freezing transition frequency increases interaction interface isotherm kinetics Kopelman lattice layer Lett linear liquid measurements mechanism micellar micelles microemulsions molecular dynamics molecular weight molecules monolayer nm pores observed obtained overshoot pair parameter particles peak phase separation phase transition Phys Physics polydispersity polymer porous glass predicted quenched rate law reactants reaction front region relaxation sample scaling scattering shear rate shows silica simulations solid solution structure substrate surface surfactant temperature thin films values velocity volume wall x-ray xylenol orange