The compression and the expected multiple escape transitions of a star polymer were investigated. The transitions were characterized by a sharp decrease in the measured force with compression and correspond to the partial escape of arms of a center-tethered star polymer. Under weak compression, the radial extent of the star increased to maintain a balance between the stretching energy of the arms and the excluded volume energy of the monomers
We perform Monte Carlo calculations for the mean-square center- to-end distance, mean-square radius ...
We examine the conformations and effective interaction potentials for two classes of star-branched p...
Star polymers with three arms are the simplest example of branched polymers. Elongational rheology d...
The problem of a polymer confined within a slit is a classic problem that is generally well understo...
We studied the structure and dynamics of star-shaped polymers by means of coarse-grained molecular d...
We study the problem of a single ideal polymer chain tethered to a surface at the midpoint of a repu...
ABSTRACT: Dynamic mechanical spectra were obtained for linear and three-arm star-branched polyisopre...
ABSTRACT: We study the problem of a single ideal polymer chain tethered to a surface at the midpoint...
We analyze the dynamics of a star polymer of F arms trapped in a double well potential. Initially th...
Linear high molecular weight polymers undergo central scission in strong flows due to buildup of str...
We have used neutron scattering to investigate the influence of concentration on the conformation of...
Recently, Raphaël, Pincus and Fredrickson considered the static properties of an isolated star poly...
Upon compression between two pistons an end-tethered polymer chain undergoes an abrupt transition fr...
The escape transition of a flexible polymer chain of chain length N, endgrafted at a hard wall and c...
The constraint release (CR) effect in entangled branched polymers is generally described by the wide...
We perform Monte Carlo calculations for the mean-square center- to-end distance, mean-square radius ...
We examine the conformations and effective interaction potentials for two classes of star-branched p...
Star polymers with three arms are the simplest example of branched polymers. Elongational rheology d...
The problem of a polymer confined within a slit is a classic problem that is generally well understo...
We studied the structure and dynamics of star-shaped polymers by means of coarse-grained molecular d...
We study the problem of a single ideal polymer chain tethered to a surface at the midpoint of a repu...
ABSTRACT: Dynamic mechanical spectra were obtained for linear and three-arm star-branched polyisopre...
ABSTRACT: We study the problem of a single ideal polymer chain tethered to a surface at the midpoint...
We analyze the dynamics of a star polymer of F arms trapped in a double well potential. Initially th...
Linear high molecular weight polymers undergo central scission in strong flows due to buildup of str...
We have used neutron scattering to investigate the influence of concentration on the conformation of...
Recently, Raphaël, Pincus and Fredrickson considered the static properties of an isolated star poly...
Upon compression between two pistons an end-tethered polymer chain undergoes an abrupt transition fr...
The escape transition of a flexible polymer chain of chain length N, endgrafted at a hard wall and c...
The constraint release (CR) effect in entangled branched polymers is generally described by the wide...
We perform Monte Carlo calculations for the mean-square center- to-end distance, mean-square radius ...
We examine the conformations and effective interaction potentials for two classes of star-branched p...
Star polymers with three arms are the simplest example of branched polymers. Elongational rheology d...