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- Mechanism of Alkene Free Radical Addition Reaction 关于烯烃的游离基加成反应机理
- 1-Bromopropane is produced from hydrogen bromide and propene in the presence of catalyst by free radical addition process. 丙烯与溴化氢在催化剂作用下,进行自由基加成反应生产1-溴丙烷。
- free radical addition 自由基加成
- A free radical is a molecular fragment having an unpaired electron. 自由基是一种具有未配对电子的分子碎体。
- This reaction has been classified as a free radical chain process. 这种反应是按自由基连锁反应的历程进行分类的。
- Glutathione peroxidase( GSH-Px) acts as a free radical scavenger. 谷胱甘肽过氧化物酶是生物机体内的自由基清除剂。
- Proanthocyanidin is a effective natural free radical scavenger. 原花青素是一种天然有效的自由基清除剂。
- Abnormality of free radical production will lead many diseases. 自由基产生异常,将导致诸多疾病过程。
- OH Lilium Bromopyrogallol red Scavenging effect Free radical ? 百合 溴邻苯三酚红 清除作用 ?
- Vinyl ethers can cure by both cationic and free radical mechanisms. 乙烯醚可以都阳离子和游离基反应固化。
- A new simple and efficient synthetic method for methyl terpenyl sulfides via radical addition re-action is reported. 自由基加成反应应用于萜类化学为萜基甲硫醚的选择性合成提供了一条新的、简便的、有效的途径。
- Termination of free radical chairs occurs by a bimolecular reaction. 自由基链的终止产生于双分子反应。
- Protects skin, eyes, liver and lung tissues against free radical damage. 保护皮肤、眼睛、肝脏及肺组织不受游离基破坏。
- Termination of free radical chains occurs by a bimolecular reaction. 自由基链的终止产生于双分子反应。
- Free radical halogenation in organic chemistry is a type of halogenation. 自由基卤化反应是有机化学中卤化反应的一种。
- Efficiency: Effectively resist free radical, make skin lustrous and firm. 功效：有效抵御自由基，使皮肤有光泽、富有弹性。
- In some cases free radicals can be detected. 在某些情况下可以测出自由基来。
- Free radicals are very reactive. 自由的激进分子非常反动。
- The photopolymerization rate of the RAFT system was much lower than in conventional free radical polymerization, a mild autoacceleration occurred as the addition reaction became diffusion controlled. 发现RAFT光聚合反应的反应速率小于常规自由基聚合，因为体系由扩散控制，反应中自加速趋势减缓。
- In addition to the cytoprotective effects as antioxidant and free radical scavenger , important functional roles for glutathione in the central nervous system are being identified . 谷胱甘肽除具有抗氧化、清除自由基的细胞保护作用外,在中枢神经系统中的作用也逐渐明确。
