Electrosynthesis: A Practical Way to Access Highly Reactive Intermediates
Electrosynthesis: A Practical Way to Access Highly Reactive Intermediates
复制标题
电合成：获取高反应性中间体的实用方法
作者：
Lam K
电合成正在经历复兴，但它仍然远未被认为是化学家合成工具箱中的标准方法。在这篇文章中，我们将通过回顾我们实验室开发的一些制备高活性合成中间体的实用方法来揭开有机电化学的神秘面纱。1引言2酰氧基自由基3原酸酯4异氰酸酯5异氰酸酯6重氮化合物7结论
Electrosynthesis is undergoing a renaissance, but it is still far from being considered a standard method within the chemists’ synthetic toolbox. In this article, we will demystify organic electrochemistry by reviewing some practical methodologies developed in our laboratory to prepare highly reactive synthetic intermediates.1 Introduction2 Acyloxy Radicals3 Orthoesters4 Isocyanates5 Isocyanides6 Diazo Compounds7 Conclusion
影响因子：
3.4
作者：
Alessia Petti;Corentin Fagnan;Carlo G. W. van Melis;Nour Tanbouza;Anthony D. Garcia;Andrea Mastrodonato;M. Leech;I. Goodall;A. Dobbs;Thierry Ollevier;K. Lam
通讯作者：
Alessia Petti;Corentin Fagnan;Carlo G. W. van Melis;Nour Tanbouza;Anthony D. Garcia;Andrea Mastrodonato;M. Leech;I. Goodall;A. Dobbs;Thierry Ollevier;K. Lam