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过去十年中,利用反应速率,进行化学分析的方法相当普遍。由于化学反应速率是根据反应物的浓度或是催化剂的浓度而变化,应用反应速率的不同,可得出反应物或催化剂浓度,这种分析方法,即所谓动力学分析法,能测到很低的浓度。其中催化反应的动力学分析法极为灵敏,专属性又好,在痕量分析中极为重要。随着动力学研究及离子选择电极的发展,利用离子选择电极进行动力学研究及定量分析逐渐发展,土耳其的Altinata,希腊的Hadjiioannou在这方面做了一些工作。
Over the past decade, the use of reaction rates, chemical analysis methods are quite common. As the chemical reaction rate is based on the concentration of the reactants or the concentration of the catalyst varies, the reaction rate can be used in different reactants or catalyst concentration, this method of analysis, the so-called kinetic analysis, can be measured very low concentration. Among them, the kinetic analysis method of catalytic reaction is extremely sensitive and specific, and it is extremely important in trace analysis. With the development of kinetic studies and the development of ion-selective electrodes, kinetic studies and quantitative analyzes using ion-selective electrodes have been developed. Altinata in Turkey and Hadjiioannou in Greece have done some work in this respect.