声明
致谢
变量注释表
1绪论
1.1概述(Introduction)
1.2 硫氧类化合物的结构与性质( Structure and Properties of Sulfur-Oxygen Species)
1.3 硫代硫酸盐反应动力学研究进展(The Development of the Oxidation Reaction of Thiosulfate)
1.4连多硫酸盐分解与氧化反应动力学研究进展(Advances in the Kinetics of Polythionates Decomposition and Oxidation Reaction)
1.5 硫氧化合物分析方法研究进展(Advances in the Analytical Methods of Sulfur-Oxygen Species)
1.6研究背景及意义(Research Background and Significance)
1.7研究方法与内容 (Research Methodsand Contents)
2实验部分
2.1实验药品(Experimental Materials)
2.2实验仪器 (Experimental Instruments)
2.3实验方法 (Experimental Methods)
2.4数据处理(Data Treatment)
3连四硫酸盐的硫代硫酸化反应动力学
3.1物种的标准曲线(Species of the Standard Curves)
3.2 醋酸盐缓冲体系 S4O62--S2O32-反应动力学( Kinetics of the Reaction between Tetrathionate and Thiosulfate in Acetate Buffer System)
3.3柠檬酸盐缓冲体系S4O62--S2O32-反应动力学(Kinetics of the Reaction between Tetrathionate and Thiosulfate in Citrate buffer system)
3.4 连四硫酸盐硫代硫酸化反应体系中动力学参数的计算(Calculation of Kinetic Parameters of the Thiosulfatolysis Reaction of Tetrathionate Ion)
3.5反应机理(Reaction Mechanism)
3.6本章小结(Summary)
4连五硫酸盐亚硫酸化反应动力学
4.1 物种的标准曲线(Species of the Standard Curves)
4.2 连五硫酸盐亚硫酸化反应动力学过程 (Kinetics Process of the Sulfitolysis Reaction of Pentarathionate)
4.3 反应物初始浓度对连五硫酸盐亚硫酸化反应动力学的影响(Effect of Initial Concentration of Reactants on Kinetics of the Sulfitolysis Reaction of Pentarathionate Ion)
4.4 pH值对连五硫酸盐亚硫酸化反应的动力学影响(Effect of pH on Kinetics of the Sulfitolysis Reaction of Pentarathionate)
4.5 连五硫酸盐亚硫酸化反应动力学参数计算 (Calculation of Kinetic Parameters in the Sulfatolysis Reaction of Petrathionate)
4.6反应机理(Reaction Mechanism)
4.7本章小结(Summary)
5结论与展望
5.1结论(Conclusions)
5.2创新点(Innovations)
5.3展望(Prospects)
参考文献
作者简历
学位论文数据集