A new triazine-derived cupric complex has been synthesized, and characterized to realize its spectroscopic and electrochemical properties. By introducing a side chain with amino-terminal, this complex can be immobilized onto carbon electrodes via the formation of a carbon-nitrogen bond using electrografting. The modified electrode showed electrocatalytic activity towards H₂O₂ reduction, and a better stability than the carbon ionic liquid electrode (CILE). A Fenton-like mechanism is involved in the H₂O₂ reduction, inducing the hydroxylation of coumarin to be hydroxycoumarin. This electrode shows the potential to be a H₂O₂ sensor and a hydroxylation electrode.

合成了一种新的三嗪衍生的铜配合物，并对其进行了表征，以实现其光谱学和电化学性质。通过引入具有氨基末端的侧链，可以使用电接枝通过形成碳氮键将这种络合物固定在碳电极上。改性电极显示出对H ₂ O ₂还原的电催化活性，并且比碳离子液体电极（CILE）具有更好的稳定性。H ₂ O ₂还原涉及芬顿样机制，诱导香豆素羟基化为羟基香豆素。该电极显示出可能是H ₂ O ₂传感器和羟基化电极。