Herein, porphyrin-conjugated organic polymers, Mn(III)P-CMP and Fe(III)P-CMP, were synthesized by Suzuki coupling reaction with manganese/iron tetraphenylporphyrin (T(p-Br)PPMn/FeCl) and 1,4-phenyldiboronic acid as building blocks. The structures of the pore and surface were characterized by nitrogen adsorption and desorption isotherm, FE-SEM, and HR-TEM. The electrochemical behavior of Mn(III)P-CMP
在此,通过与
锰/
铁四苯基卟啉(T(p-Br)PPMn / FeCl)和1,4的铃木偶联反应合成了
卟啉共轭有机聚合物Mn(III)P-
CMP和Fe(III)P-
CMP -苯基二
硼酸作为结构单元。孔和表面的结构通过氮吸附和解吸等温线,FE-
SEM和HR-
TEM表征。通过循环伏安法测试了Mn(III)P-
CMP的电
化学行为。Mn(III)P-
CMP和Fe(III具有超共轭和微孔结构的P-
CMP的功能优于单体
金属
卟啉。以MnP-
CMP为优选催化剂,反应3.5 h后,
环己醇和
环己酮的收率为21.6%,在Mn 3+ /
环己烷摩尔比为1/168 000、150°C时
环己烷的转化率达到29.9%。C和0.8MPa。Mn(III)P-
CMP和Fe(III)P-
CMP在结构上稳定且不溶于普通溶剂,在300°C以下几乎不降解;因此,它们具有出色的可重用性。