Part I Theoretical and experimental development of oscillating chemical reactions and their applications in analytical determination Oscillating chemical reactions have been the focus of much research in the area of theoretical and experimental chemical kinetics in recent years.
第一刊g分化学振荡反脚问理论发展及其在分析检测中的应用近年末，化学振荡反应己成为化学动力学理沦和实验研究的重点。
And the mechanisms of the classical chemical oscillating systems seemed to get more expressly. Due to some advantages, such as simpleness in set-up, convenience of operation, widely linear range and lower detection limit and so on, many analysts also have paid their attention to analytical applications of chemical oscillating reactions.
在理论方面，各经典化学振荡体系的机理日趋成熟；在实际应用方面，化学振荡分析技术由于具有仪器简单、操作简便、较宽的线性检测范围和较低的检测限等优点而越来越受到分析工作者的青睐。
The Application of Oscillating Chemical Reactions in the Analytical Chemistry and the Research of New Oscillating Chemical Reactions
化学振荡在分析化学中的应用及化学振荡新体系的发现
Some oscillating chemical reactions that were used in analytical determinations, especially B-Z chemical oscillation, are reported in details.
对几类化学振荡反应，特别是B-Z振荡反应在分析检测中的应用进行了详细介绍。
Compound Organic Substrated Chemical Oscillating Reactions & Phenylalanine and n-butyl Acetate
复合有机底物的化学振荡反应L苯丙氨酸乙酸丁酯体系
The major task is to discover new oscillating systems, investigate the mechanisms of these reactions and explore the relationship between oscillating chemical reactions and the living organisms.
其卞要任务是发现新的振荡体系，研究反应机理及探索化学振荡反应与生命有机体的关系。
Based on the viewpoint of the activation centre of the oscillating reaction and a host of experimental facts, formulae of the rate constant of chemical oscillating reactions are obtained.
根据振荡反应中存在着活性中心的观点，在大量实验数据的基础上.推导出振荡反应速率常数的计算公式。
In this paper, pleny lolanine and n-butyl acetate perform compound organic substrated chemical oscillating reactions.
本文报导了L—苯丙氨酸—乙酸丁酯为复合有机底物的化学振荡反应。