A series of novel Au(I)–nitrone complexes with specific catalytic properties were prepared. Furthermore, Au(I)– and Au(III)–oxadiazole complexes were formed by a novel Au-generated nitrile–nitrone [3 + 2] cycloaddition, and the crystal structures of Au(I)–nitrones as well as the Au(I)– and Au(III)–oxadiazole complexes were studied (X-ray). A useful one-pot Au(III)-mediated cycloaddition method was
制备了一系列具有特定催化性能的新型Au(I)-硝酮配合物。此外,
金(我) -和Au(III) -恶二唑复合物通过一种新颖的Au-生成腈-硝酮[3 + 2]环加成,和Au的晶体结构形成(我)-nitrones以及在Au(研究了I)和Au(III)-恶二唑配合物(X射线)。开发了一种有用的一锅Au(III)介导的环加成方法,用于形成许多二氢-
1,2,4-恶二唑,涉及原位形成Au(III)-恶二唑配合物。观察到的Au(I)和Au(III))双重选择性反应使人们对Au(I)-和Au(III)-硝化氮
化学有了新的认识。