Ruthenium catalyzed isomerization of alkenol into alkanone through a migration of C–C double bond was performed in water under irradiation of microwaves. When the reaction was performed in deuterium oxide instead of water, the trail of the migration was shown by H–D exchange reaction.
在微波照射下,以
铑为催化剂,通过C–C双键迁移过程,在
水相中实现了烯醇向烷酮的异构化。当反应在
重水而非普通
水环境中进行时,通过H–D交换反应揭示了双键迁移的路径。