The internal motions of macromolecular systems in solutions are closely related with the
microscopic relaxation and macroscopic rheological behavior, therefore, this topic has been …

Internal dynamics of polymer chains is one of the most important fundamental problems in
polymer physics. This work reports the first example of a dynamic light scattering (DLS) study …

Synthesis of multifunctional hyperbranched polymers (HPs) with simultaneously precisely
modulated degrees of branch (DBs) and multibiorelevant signal-triggered sensitivities …

A hyperbranched polymer, highly branched cyclic dextrin tris (3, 5-dimethylphenylcarbamate
)(HDMPC), consisting of rigid rodlike subchains was synthesized to investigate dimensional …

Understanding the correlation between the solution phase behavior and topological effect of
branched polymers is a fundamental problem in polymer physics. In this work, four sets of …

The dynamics of critical clusters consisting of four-armed poly (ethylene glycol)(tetraPEG)
was investigated by means of dynamic light scattering (DLS). The critical clusters were …

This work reports the structural feature and internal motion of one novel hyperbranching
cluster system in dilution solution. The cluster system is composed of HB-PS300-gP t BA45 …

So far, much less attention has been paid to the dynamic behavior of branched polymers
under marginal solvent condition. This work reports the first study of the intrachain …

Cyclization has been widely reported to compete with interchain growth and lead to limited
degree of polymerization in step-growth polymerization of AB 2 monomers. However, little …

Self-assembly of long-subchain hyperbranched block copolymer (hyperblock) could achieve
a novel micelle with multiple hydrophobic cores (multi-core micelle), while the hydrophobic …