Theoretical models and model theories of microbrownian motion in polymer networks

Artikel in diesem Heft

1. Scrutiny of the critical exponent paradigm, as exemplified by gelation
2. Can percolation theory be applied to critical phenomena at gel points?
3. Mechanical properties near gelation threshold, comparison with classical and 3d percolation theories
4. Elastic properties of model polymer networks
5. Modulus of three and four functional poly(dimethylsiloxane) networks
6. Characterization of special inhomogeneities in polymer networks by their properties in the pre-gel state
7. Theoretical models and model theories of microbrownian motion in polymer networks
8. Mechanism of network formation by radical copolymerization
9. Advances in interpenetrating polymer networks
10. Some peculiarities of the behaviour of highly crosslinked epoxy-amine networks in the glassy state
11. Molecular origin of constants in the theory of rubber-like elasticity considering network chains steric interaction
13. Physicochemical quantities and units in clinical chemistry with special emphasis on activities and activity coefficients (Provisional)