Physics of Polymer NetworksS. Wartewig, G. Helmis |
Contents
Segmental orientation of long and short chains in strained bimodal PDMS | 4 |
Do local motions influence rheological properties near | 37 |
On the dynamics of moderately and lightly crosslinked polymer networks | 43 |
Copyright | |
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amylose behavior blobs calculated Chem Phys chemical clusters coefficient component concentration constant copolymers correlation corresponding crosslink density cured curves decrease deformation degradation Deloche dependence described deuterated DGEBA diol distribution dynamics effect elastic elasticity modulus elastomers epoxy equation equilibrium experimental exponent factor fluctuations fluorescence fractal fraction free chains free energy frequency function Gaussian gel point gelation glass transition glass transition temperature Heinrich G imidazole increase interactions knots linear Macromolecules measurements mechanical melt mesogels mobility modulus molecular weight molecules monomers network chains observed obtained oligomer parameters PDMS percolation phase separation physical plot PMMA polyelectrolyte polymer networks polymerization polyurethane properties proton ratio reaction region relaxation rubber samples scattering segment sol-gel solution solvent spectra spin-lattice relaxation strain stress stress-strain stretching structure supermolecules swelling T₁ temperature theory tion trapped entanglements viscoelastic viscosity vitrification wet skid