Dynamics in Small Confining Systems: Extended AbstractsJ. M. Drake, Joseph Klafter, Raoul Kopelman |
Contents
SHEAR THINNING OF HEXADECANE CONFINED BETWEEN MICA | 7 |
LOCAL AND COLLECTIVE BEHAVIOR OF GEOMETRICALLY | 15 |
MOLECULAR FLOW IN A MODEL PORE SYSTEM | 23 |
Copyright | |
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Common terms and phrases
adsorbed adsorption aerogels anthracene atoms behavior bulk calculated chain Chem chemical clusters concentration confined constant correlation critical crystal curve cyclohexane decay decreases density dependence diffusion coefficient distance distribution droplets dynamics effect equation equilibrium excitation exciton experimental exponent exponential Figure film flow fluid fluorescence fractal fractal dimension frequency function geometry glass intensity interface kinetics Kopelman laser lattice layer Lett liquid materials measured melting micelle molecular molecular dynamics molecules naphthalene observed optical particles peak perylene phase photons Phys polymer polymeric polystyrene pore pore diameter porous predicted pressure probe properties pulse pyrene pyridine radius random ratio reactants reaction regime relaxation sample saturation scale scattering self-diffusion shear rate shown shows Sierpinski gasket silica gel simulations solid solution spectra spectral dimension structure surface surfactant temperature theoretical thickness transition trap velocity viscosity Vycor walls zeolites