Mechanism study on Raney nickel-catalyzed amination of resorcinol

作者：Ge, Xin; Pan, Jiong-bin; Qian, Chao^*; Feng, Lie; Chen, Yun-bin; Chen, Xin-zhi

来源：Catalysis Communications, 2014, 46: 201-207.

DOI：10.1016/j.catcom.2013.12.021

• Amination
• Raney Ni
• Resorcinol
• Catalysis

Amination of resorcinol catalyzed by Raney nickel has been examined with good yield. Using the first principle density functional theory, some detailed mechanism of the amination of resorcinol on the Ni(111) surface is explored. The resorcinol is adsorbed on the Ni surface at the hollow site to form ketone by isomerization. The isomerization has a barrier of 122.1 kJ/mol. Ketone can couple with secondary amine mediated by resorcinol to afford hemiaminal. For the formation of hemiaminal, the steric effect of the alkyl group of secondary amine is obvious. Hemiaminal undergoes dehydration to get final product, which occurs by the preferred adsorption in the bridge site, cleavage of C - O bond initially, followed by subsequent cleavage of C - H bond.

• 出版日期2014-2-10
• 单位浙江大学