摘要
本文注意到Coats－Redfern积分式校正后适用于MnO2与KClO3的催化分解反应动力学研究[1]．为进一步验证修正式的准确性，本文将Coats－Redfern修正式应用于CuO与KClO3的催化反应中，结果表明修正式同样适用于该反应．同时探讨了CuO的催化机理．
This paper studies the thermogravimety curve and the differential thermal analysis curve from the catalytic reaction of KClO3 and CuO. It discusses the relation between chemical reaction kinetics parameter and the catalytic recation of KClO3 and CuO and studies the influence of the amount of the catalyst CuO by using revised coats redfern formalae,It is found out that the obtained result agrees CuO is discovered for the reaction.
出处
《湖南教育学院学报》
1997年第5期159-163,共5页
Journal of Hunan Educational Institute
关键词
催化剂
活化能
分解
氯酸钾
氧化铜
C-R修正式
catalyst
activation energy
thermogravimety curve
differential thermal analysis curve
