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首页> 外文期刊>Journal of Physical Organic Chemistry >Comparative study of p-amino benzhydrazide and m-amino benzhydrazide by free radicals and free electron transfer
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Comparative study of p-amino benzhydrazide and m-amino benzhydrazide by free radicals and free electron transfer

机译:对氨基苯甲酰肼和间氨基苯甲酰肼通过自由基和自由电子转移的比较研究

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摘要

The bimolecular electron transfer fromp-amino benzhydrazide (PABH) and itsmeta-derivative (m-amino benzhydrazide (MABH)) to specific one-electron oxidant results in the formation of anilino radical. In case of PABH, reaction with ?OH radicals results in the synchronous formation of adduct as well as anilino radical. The interesting observation is that the yield of the anilino radical increases with increase in pH. The effect of substitution also has a significant effect on the formation of adduct. In case of MABH, significant yield of anilino radical gets form on reaction with ?OH radical. The free radical electron transfer from PABH and MABH to parent radical cation of non-polar solvent also results in the formation of anilino radical only suggesting that the radical cation of PABH andMABH has short life time. The above results were supported by quantum chemical calculations.
机译:从对氨基苯甲酰肼(PABH)及其元衍生物(间氨基苯甲酰肼(MABH))到特定的单电子氧化剂的双分子电子转移导致苯胺基的形成。在使用PABH的情况下,与αOH自由基的反应导致加合物和苯胺基自由基的同步形成。有趣的观察是,苯胺基的产率随pH的增加而增加。取代的作用对加合物的形成也具有显着影响。在MABH的情况下,与αOH自由基反应会形成大量的苯胺基自由基。从PABH和MABH到非极性溶剂的母体自由基阳离子的自由基电子转移也导致苯胺基自由基的形成,仅表明PABH和MABH的阳离子阳离子寿命短。以上结果得到了量子化学计算的支持。

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