Living polymerization has been at the forefront of polymer science and engineering in recent years. The term “living” is used to distinquish polymerizations in which chain breaking processes such as termination and transfer reactions are absent. Living polymerization provides for the control over the molecular weight (MW) and molecular weight distribution (MWD) of the polymer sample. This paper will give a general overview about living carbocationic polymerization, followed by a review of recent developments with emphasis on resonance-stabilized monomers and the use of the living concept for the design and synthesis of new polymeric structures
Aiming at systematic variation of the parameter dispersity, <i>Đ</i> (or “polydispersity”), living p...
This article describes the synthesis of high molecular weight multiarm-star branched polyisobutylene...
The foremost limitation of block copolymer synthesis is to polymerize two or more different types of...
Living polymerization has been at the forefront of polymer science and engineering in recent years. ...
Living polymerization has been at the forefront of polymer science and engineering in recent yaers. ...
This article summarizes fundamental and general aspects of carbocationic polymerizations, with a his...
This article features macromolecular engineering via carbocationic polymerization, the focus of rese...
Living radical polymerisation has witnessed an unprecedented interest from polymer and materials sci...
Living polymerization discovered by Professor Szwarc is known well to all chemists. Some of the livi...
The living carbocationic polymerisation of styrene (St) has been investigated by the 2-chloro-2,4,4-...
The renaissance of radical polymerization in recent years was driven by new synthetic strategies, me...
Chapter 1 introduced the general concept of living radical polymerization (LRP), three most widely-u...
Reversible complexation mediated polymerization (RCMP) is an organocatalyzed living radical polymeri...
Free radical polymerization with reversible termination has recently generated the longest waiting e...
The ideal of living polymerization has defined research in polymer chemistry over the past 50 years....
Aiming at systematic variation of the parameter dispersity, <i>Đ</i> (or “polydispersity”), living p...
This article describes the synthesis of high molecular weight multiarm-star branched polyisobutylene...
The foremost limitation of block copolymer synthesis is to polymerize two or more different types of...
Living polymerization has been at the forefront of polymer science and engineering in recent years. ...
Living polymerization has been at the forefront of polymer science and engineering in recent yaers. ...
This article summarizes fundamental and general aspects of carbocationic polymerizations, with a his...
This article features macromolecular engineering via carbocationic polymerization, the focus of rese...
Living radical polymerisation has witnessed an unprecedented interest from polymer and materials sci...
Living polymerization discovered by Professor Szwarc is known well to all chemists. Some of the livi...
The living carbocationic polymerisation of styrene (St) has been investigated by the 2-chloro-2,4,4-...
The renaissance of radical polymerization in recent years was driven by new synthetic strategies, me...
Chapter 1 introduced the general concept of living radical polymerization (LRP), three most widely-u...
Reversible complexation mediated polymerization (RCMP) is an organocatalyzed living radical polymeri...
Free radical polymerization with reversible termination has recently generated the longest waiting e...
The ideal of living polymerization has defined research in polymer chemistry over the past 50 years....
Aiming at systematic variation of the parameter dispersity, <i>Đ</i> (or “polydispersity”), living p...
This article describes the synthesis of high molecular weight multiarm-star branched polyisobutylene...
The foremost limitation of block copolymer synthesis is to polymerize two or more different types of...