temperature is described. A wide substrate scope with respect to structural and electronic variation of NH-heterocycles plus arylboronic acids allows product diversity. The functional group tolerance, ‘gram-scale’ synthesis, synthetic elaboration of N-arylated products and late-stage arylation are the distinct advantages.
描述了室温下“
水中” Cu( II ) 催化的缺电子 NH 杂环的N芳基化反应。NH 杂环加芳基
硼酸的结构和电子变化的底物范围很宽,从而实现了产品的多样性。官能团耐受性、“克级”合成、N-芳基化产物的合成精制和后期芳基化是其独特的优势。