Branched Polymers IIJacques Roovers With contributions by numerous experts |
Contents
Theory and Simulations | 35 |
Solution Properties of Branched Macromolecules | 113 |
Entangled Dynamics and Melt Flow of Branched Polymers | 195 |
Author Index Volumes 101 1 43 | 257 |
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Common terms and phrases
algorithm asymptotic backbone bead density behavior branched chains branched polymers branching points brushes Burchard calculations chain length Chem Phys Chem Soc comb concentration constitutive equation corresponding curves dendrimers described diffusion dynamic dilution effect end groups entangled equation experimental data exponent factor Fetters LJ Flory flow fluctuation fractal fractal dimension fraction Fréchet JMJ function Gaussian grafted Grest hydrodynamic hyperbranched polymers ideal chain interactions intramolecular intrinsic viscosity lattice LDPE linear chains linear polymers Macromol Macromolecules McLeish TCB modulus molar mass dependence molar mass distribution molecular weight monodisperse monomer number of arms obtained osmotic parameter polydispersity polyesters Polym Sci polymer melts polymerization polystyrene preaveraged predictions properties radius of gyration randomly branched ratio regime relaxation reptation retraction rheological Roovers Rouse scattering second virial coefficient semi-dilute shear simulation solution solvent star chains star molecules star polymers Stockmayer theoretical theta timescales tion tube model units values virial coefficient Zimm