Latest updates in ElectroPhotoChemical reactions

F. Medici , V. Chiroli, L. Raimondi , M. Benaglia
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Abstract

In the last twenty years, electrochemistry and photochemistry have attracted a renewed and still uprising interest in organic synthesis. Two of the most simple and abundant reagents, electrons and photons, became the key players in synthetic chemistry as cornerstones of developing greener and sustainable chemical processes. An interesting strategy that recently emerged is the possibility of merging the two worlds in what is called ElectroPhotoChemistry (EPC). In particular, this review will focus on the most recent contributions in the field. The basic principles of EPC will be presented along with a discussion of the published works of the last few years. Electrophotochemical oxidation/reduction reactions will be discussed, including in this section the transformations of a C–H bond to a C-X (X: heteroatom). In the C–H activation chapter the formation of C–C bond, starting from a C–H bond, will be considered. Finally, the miscellaneous chapter includes examples which do not clearly belong to the previous categories.

Abstract Image

电光化学反应的最新进展
近二十年来,电化学和光化学在有机合成领域重新引起了人们的兴趣。电子和光子这两种最简单、最丰富的试剂已成为合成化学中的关键角色,成为开发更环保和可持续化学工艺的基石。最近出现的一种有趣策略是将这两个世界融合在一起,即所谓的电光化学(EPC)。本综述将特别关注该领域的最新成果。将介绍 EPC 的基本原理,并讨论过去几年发表的作品。本节将讨论电致发光氧化/还原反应,包括 C-H 键向 C-X(X:杂原子)的转化。在 C-H 活化一章中,将讨论从 C-H 键开始的 C-C 键的形成。最后,"杂项 "一章包括不属于前几类的例子。
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来源期刊
Tetrahedron chem
Tetrahedron chem Organic Chemistry
CiteScore
3.60
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审稿时长
27 days
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