化学通报（网络版）
化學通報（網絡版）
화학통보（망락판）
Chemistry Online
2002年
1期
,共1页
60富勒烯%合成%加成反应%偶合反应%氢键
60富勒烯%閤成%加成反應%偶閤反應%氫鍵
60부륵희%합성%가성반응%우합반응%경건
[60]Fullerene%Synthesis%Addition reaction%Coupling reaction%Hydrogen bonding
[60]富勒烯二聚体化合物,由于在人工光合成、新的分子电子器件和超分子化学中具有潜在的应用,引起人们的兴趣.本文综述了近几年国内外对该类化合物的合成情况,其合成方法可归纳为三类:一是利用加成反应;二是利用分子间的偶合反应,三是利用分子间的氢健作用.
[60]富勒烯二聚體化閤物,由于在人工光閤成、新的分子電子器件和超分子化學中具有潛在的應用,引起人們的興趣.本文綜述瞭近幾年國內外對該類化閤物的閤成情況,其閤成方法可歸納為三類:一是利用加成反應;二是利用分子間的偶閤反應,三是利用分子間的氫健作用.
[60]부륵희이취체화합물,유우재인공광합성、신적분자전자기건화초분자화학중구유잠재적응용,인기인문적흥취.본문종술료근궤년국내외대해류화합물적합성정황,기합성방법가귀납위삼류:일시이용가성반응;이시이용분자간적우합반응,삼시이용분자간적경건작용.
More and more people have been interested in [60]fullerene dimers because of the potential application of [60]fullerene dimers in areas such as artificial photosynthesis, novel molecular electronic devices and supramolecular chemistry. The synthetic manners of [60]fullerene dimers were summarized according to 30 literatures in recent years, and were concluded three types: (1) addition reaction; (2) coupling reaction; (3) hydrogen bonding between two molecules.
