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H/D Exchange Reaction of Cyclopropane Derivatives in the Ion System of D2O
Li Zhili,Liu Shuying
Author NameAffiliation
Li Zhili Shandong Non-Metallic Materials Research Institute, Jinan 250031 
Liu Shuying Changchun Institute of Applied Chemistry, Chinese Academy of Sciences, Changchun 130022 
Abstract:
H/D exchange reaction properties of four cyclopropane derivatives were examined using D2O as reaction reagent under chemical ionization condition. The fragmentation properties of the product ions [M+1]+, [M+2]+ and [M+3]+ formed by ion-molecule reaction of four cyclopropane derivatives with the ion system of CD3OD were investigated by using collision-induced dissociation technique. The experimeat results indicate that the product ions are produced via the H/D exchange reaction between reactants and reactive reagent ions of CD3OD. The exchangeable hydrogen on the ring carbon bearing the isobutenyl (or dichloroethylene) groups is more active than that on the ring carbon bearing carbonyl group.
Key words:  Cyclopropane derivative, H/D exchange reaction, Collision-induced dissociation,Chemical ionization
FundProject:
环丙烷衍生物在D2O离子体系中的H/D交换反应
李智立,刘淑莹
摘要:
在D2O化学反应气条件下研究了环丙烷衍生物的H/D交换反应特性。发现了三种新的产物离子[M+1]+、[M+2]+和[M+3]+.应用碰撞诱导碎裂(CID)技术研究了这些离子的碎裂反应特性.实验结果表明三种新的产物离子是由反应物与试剂离子之间发生H/D交换反应生成的。并获得了环丙烷衍生物结构中活泼氢位置及其数量的信息。
关键词:  环丙烷衍生物  H/D交换反应  碰撞诱导解离技术  化学电离
DOI:10.1088/1674-0068/13/2/135-144
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