首页> 美国政府科技报告 >Nucleophilic Displacement as a Function of Hydration Number and Temperature: Rate Constants and Product Distributions for OD-(D20)O,1,2, + CH3Cl at 200-500K
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Nucleophilic Displacement as a Function of Hydration Number and Temperature: Rate Constants and Product Distributions for OD-(D20)O,1,2, + CH3Cl at 200-500K

机译:作为水合数和温度函数的亲核位移:OD-(D20)O,1,2,+ CH3Cl在200-500K的速率常数和产物分布

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摘要

Rate constants for nucleophilic displacement in collisions of OD-(D20) 0,1,2 with methyl chloride decrease with increasing temperature. In all cases the reaction efficiency is below 10 percent and decreases with increasing degree of solvation. The negative temperature dependence increases with increasing degree of solvation of the reactant ion. Unsolvated or weakly solvated product ions are formed more efficiently than are more strongly solvated products. Keywords: Solvated ions, Ion-molecule reactions, and Adiabatic capture model.

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