Microwave-assisted decarbonylation reactions were investigated using a palladium catalyst. A large number of aldehydes can be decarbonylated efficiently with lower catalyst loadings and under shorter reaction times compared to conventional heating. A successful decarbonylation led to the synthesis of natural product eulatachromene in three steps starting from easily available materials.
通过使用
钯催化剂,对微波辅助脱羰反应进行了研究。与传统加热方式相比,许多
醛类可以在较低的催化剂用量和较短的反应时间内高效地进行脱羰反应。成功的脱羰反应使得从易得原料出发,通过三个步骤合成了
天然产物eulatachromene。