Photorearrangement of [8]-2,6-Pyridinophane <i>N</i>-Oxide
作者:Evan E. Hurlow、Janice B. Lin、Morris J. Dweck、Selbi Nuryyeva、Zhengao Feng、Tyler K. Allred、K. N. Houk、Patrick G. Harran
DOI:10.1021/jacs.0c09310
日期:2020.12.9
Reaction pathways operative when pyridinophane N-oxides are photoirradiated have been studied using time course analyses and careful isolation of photolabile intermediates with support from DFT calculations. Based on the data and the isolation of two previously unknown heterocyclophanes, we outline a unified mechanistic scheme that explains competing processes under varying photochemical conditions
使用时间过程分析和在 DFT 计算的支持下仔细分离光不稳定中间体,研究了当吡啶 N 氧化物被光照射时起作用的反应途径。基于数据和两种以前未知的杂环芳烃的分离,我们概述了一个统一的机制方案,可以解释不同光化学条件下的竞争过程。