The synthesis of cyclic polymers has become popularized due to improved synthetic
chemistry increasing access to architecturally well-defined polymers. Since their discovery …

Typically, intramolecular cyclization reactions need to be conducted at high dilution to avoid
interchain coupling, which leads to the production of cyclic polymer at an extremely low …

Conclusion. With the growing importance of the CuAAC cyclization to enable the
investigation of cyclic polymer properties, critical assessment of cyclic purity remains an …

We report herein the effects of solvent, concentration, and molecular weight of α-alkynyl-ω-
azido polystyrenes (l-PS-N 3) on the synthesis of monocyclic polystyrenes (c-PS) by intra …

Conspectus Synthetic polymer chemistry has undergone two major developments in the last
two decades. About 20 years ago, reversible-deactivation radical polymerization processes …

Polymer architectures are very diverse and include linear polymers, star polymers, polymer
brushes, ladder polymers, dendrimers, network polymers, and hyperbranched polymers …

Abstract Design and synthesis of complex polymer architectures is a promising field in
polymer chemistry to produce new materials with unprecedented macroscopic properties …

Cyclic polymers have very unique structure and properties, and thus have drawn intense
research attention. However, controlled synthesis of cyclic polymers with predictable molar …

Cyclic polymers are the simplest topological isomers of linear macromolecules, but exhibit
properties that differ from linear chains in ways that remain imperfectly understood. The …

Since its discovery in 2001, copper catalyzed azide–alkyne 'click'chemistry has been
extensively used in polymer chemistry to modify polymeric materials and create advanced …