韶关学院学报
韶關學院學報
소관학원학보
JOURNAL OF SHAOGUAN UNIVERSITY（SOCIAL SCIENCE）
2011年
12期
38-40
,共3页
电化学阻抗%卟啉%修饰电极%催化
電化學阻抗%卟啉%脩飾電極%催化
전화학조항%계람%수식전겁%최화
electrochemical impedance%porphrin%modified electrode%catalytic
采用电化学阻抗方法分别研究了裸玻碳电极和o-BrPETPP修饰电极,实验结果显示：虽然o-BrPETPP是一种无金属卟啉的修饰电极,但是仍然具有明显的催化效果,用拉曼光谱进一步研究和分析了这种o-BrPETPP膜的催化机理.
採用電化學阻抗方法分彆研究瞭裸玻碳電極和o-BrPETPP脩飾電極,實驗結果顯示：雖然o-BrPETPP是一種無金屬卟啉的脩飾電極,但是仍然具有明顯的催化效果,用拉曼光譜進一步研究和分析瞭這種o-BrPETPP膜的催化機理.
채용전화학조항방법분별연구료라파탄전겁화o-BrPETPP수식전겁,실험결과현시：수연o-BrPETPP시일충무금속계람적수식전겁,단시잉연구유명현적최화효과,용랍만광보진일보연구화분석료저충o-BrPETPP막적최화궤리.
The bare glassy carbon electrode and the o-BrPETPP modified electrode were studied by electro-chemical impedance method, respectively. The experimental results showed that although o-BrPETPP was a. non-metalloporphyrin, still had a significant catalytic effect. Moreover, Raman spectroscopy was used to study the catalytic mechanism of o-BrPETPP membrane.
