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在海洛夫斯基(Heyrovsky)(1959年諾貝尔化学奖金获得者)发表第一篇关于极譜方法(这种方法在近年来已广泛应用)的論文之后三十年,他又提出另一种新方法,交流电示波极譜。正象在早期的經典极谱方法,这新方法最初只有少数研究工作者使用。但是适宜的仪器漸漸易于购买,所以示波极譜的用途日增。现在示波极譜已成为一种标准的物理化学技巧,电化学工作者用之于研究电极过程的速度和机理,分析化学工作者用之于无机物和有机物的定性及定量分析。
Thirty years after Heyrovsky (winner of the 1959 Nobel Prize in Chemistry) published his first essay on polarographic methods that have been widely used in recent years, he proposed another A new method, AC oscillopolarography. As in the early classical polarographic method, this new method was initially used by only a few researchers. However, the right instruments are becoming easier to buy, so the use of oscillopolarography is increasing. Oscillographic polarography has now become a standard physicochemical technique used by electrochemical workers to study the speed and mechanism of electrode processes and to analyze qualitative and quantitative chemistries used by chemists for inorganic and organic matter.