of substituted 2-(2-azidostyryl)furans has been reported. The products of catalytic decomposition align with predictable patterns, consistent with established literature data. In contrast, photolysis and thermolysis lead to the formation of unexpected products. In this case, generated nitrenes surprisingly exhibited an affinity for the furan core, deviating from the anticipated attack on the olefin moiety
已报道了取代的 2-(2-
叠氮苯乙烯基)
呋喃分解的系统研究。催化分解的产物符合可预测的模式,与既定的文献数据一致。相反,光解和热解会导致意外产物的形成。在这种情况下,生成的氮烯令人惊讶地表现出对
呋喃核的亲和力,这偏离了对烯烃部分的预期攻击。