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Recent advances in Fe-catalyzed C-H aminations using azides as nitrene precursors

机译:最近的进步Fe-catalyzed碳氢键氨基化使用叠氮化氮烯前体

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摘要

Intramolecular aminations of C-H bonds represent an elegant synthetic way to form important N-heterocycles. If suitable nitrene precursors are employed, organometallic complexes are able to catalyze the C-H amination under mild conditions. In the past years, Fe catalysis has emerged as a vigorously developing new (old) discipline. The present review highlights the most important developments in this field through a systematic differentiation between open-shell (radical) and closed-shell (non-radical) mechanisms.
机译:分子内碳氢键代表的氨基化一个优雅的形式重要合成方法N-heterocycles。受聘,有机金属配合物可以吗催化的碳氢键氨基化下的温和条件。成为一个积极开发新(旧)纪律。最重要的是在这一领域的发展系统的开壳层之间的分化(激进)和闭壳(非激进)机制。

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