14活性聚合和活性聚合物 1956年对萘钠在THF中引 发苯乙烯聚合时首先发现活性聚合（Living Polymerization）： 引发剂在引发前，先100地迅速转变成阴离子活性中心，然后以相同速率同时引发单体增长，至单体耗尽仍保持活性，称作活性聚合。
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... 环聚合 cyclic polymerization; cyclopolymerization 活聚合 living polymerization 解聚合 depolymerization ...
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pseudo cationic living polymerization 假正离子活聚合
living polymerization catalyst 活性聚合催化剂
anion living polymerization 阳离子活性聚合
cation living polymerization 阴离子活性聚合
radical living polymerization 自由基活性聚合
anionic living polymerization 阴离子活性聚合
immortal living polymerization 无终止活性聚合
cationic living polymerization 阳离子活性聚合
isocyanate living polymerization 单异氰酸酯活性聚合
Living polymerization of a-olefins has been achieved with Ni(Ⅱ)-cyclophane catalyst at temperatures far higher than that with acyclic catalysts.
α-烯烃的活性聚合已通过环芳基镍(Ⅱ)催化剂在比非环催化剂高得多的温度下得以实现。
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The conditions of living polymerization ensure a relatively small size of synthesized molecules.
生活条件，确保聚合合成的分子规模相对较小。
The progress of living polymerization techniques has made it possible to design glycopolymers at the molecular level.
活性聚合技术的进步，使设计合成结构可控的含糖聚合物成为可能。
Living Polymerization by radical mechanism is a new type of reaction which has been explored recently. In this paper, the developments of these reactions are reviewed.
自由基活性聚合是人们在们在近年来探索的一类新的聚合反应。本文简要地综述了这类反应的进展。
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