Dynamics of polymer chains trapped in a slit

To take the argument developed into account rigorously, we will define that the solution ψ 1 + ψ 2 for the wave function ψ 3 of the double-slit wave equation follows a

The diRusion, which takes place above the critical dimension of the disorder, is studied by using the results of the RG investigation of the anomalous diffusion of Brownian

The cross- over function which describes the increase in the end-to-end distance as the temperature is raised from the 03B8-point towards the good solvent limit

Nematic solutions of nematic side chain polymers : twist viscosity effect in the dilute

where T 1 is the relaxation time for one isolated link and N is the number of links in a polymer chain (note that according to the terminology adopted in [1] a link

In strongly interacting systems, such as excluded volume melts or polymer blends and block copolymer melts ail interactions lead to extra forces which affect trie dynamics of a

Twist viscosity coefficient of a dilute solution of the main- chain mesogenic polymer in a nematic solvent : an estimation of the anisotropy and the rotational relaxation time of

Temperature dependences of the twist viscosity coefficient for solutions of comb-like mesogenic polymer in a nematic solvent : estimation of the anisotropy and rotational relaxation