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【奖励】本帖被评价12次，作者nowitzki_ci增加金币 9.4 个

nowitzki_ci

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[资源] Macromol. Rapid Commun.热点综述：手性聚合物中的光学活性粒子

本综述详细介绍了手性聚合物粒子（包括以自组装存在的手性粒子，乳液聚合形成的手性粒子，沉淀聚合形成的手性粒子，悬浮聚合形成的手性粒子，乳化形成的手性粒子），核壳及空心手性粒子（包括自组装的手性粒子，种子乳液聚合的手性粒子等），磁性手性聚合物粒子等，对手性的研究提供了积极的指导意义。
Optically Active Particles of Chiral Polymers 共20页引文133篇
Ci Song, Xuan Liu, Dong Liu, Chonglei Ren, Wantai Yang,Jianping Deng*
Particles constructed by chiral polymers (deﬁ ned as PCPs) have emerged as a rapidly expanding research ﬁ eld in recent years because of their potentially wide-ranging applications in asymmetric catalysis, enantioselective crystallization, enantioselective release, amongst many others. The particles show considerable optical activity, due to the chirality of the corresponding polymers from which the particles are derived. This review article presents an overview on PCPs with emphasis on our group’s recent achievements in the preparation of PCPs derived from optically active helical polymers and their applications. PCPs can be prepared via emulsion polymerization, precipitation polymerization, and suspension polymerization by starting from monomers. Emulsiﬁ cation of preformed
chiral polymers and self-assembly approaches also can lead to PCPs. Chiral polymer-based core/shell particles, hollow particles, and magnetic particles are also covered because of their remarkable properties and signiﬁ cant potential applications.

Dr. Jianping Deng is currently a professor at Beijing University of Chemical Technology (BUCT, China). He worked as a postdoc on helical substituted polyacetylenes in Prof. T. Masuda’s group (Kyoto University, Japan; 2002–2004) after receiving a PhD from BUCT in 2001. His current research interests cover the synthesis of novel substituted polyacetylenes and optically active helical polymers, preparation of chiral polymer-based particles and applications of chiral polymer materials.

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附件 1 : Optically_Active_Particles_of_Chiral_Polymers.pdf

2014-11-08 17:24:53, 5.08 M