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从熔盐中电解四氯化钛生产钛是一种有前途的方法,因此对四氯化钛电化还原机理的研究引起了各国研究者的重视。(?)研究了1比1氯化钠和氯化钾混合熔体中四氯化钛在鉬电极上的阴极极化曲线。(?)用电流——电压曲线法研究了720℃下氯化钠和氯化钾混合熔体中四氯化钛的电化还原过程。F.Quemper研究了在氯化锂-氯化钠及氯化锂-氯化钾低共熔混合物熔体中四氯化钛在石墨阴极上的电化还原过程。其他一些研究者用极谱法研究了四氯化钛电化还原机理。但是他们所得的结
The electrolysis of titanium tetrachloride from molten salt to produce titanium is a promising method. Therefore, the research on the electrochemical reduction mechanism of titanium tetrachloride has drawn the attention of researchers from all over the world. (?) The cathodic polarization curve of titanium tetrachloride on a molybdenum electrode in a 1: 1 mixed melt of sodium chloride and potassium chloride was investigated. (?) The electrochemical reduction of titanium tetrachloride in a mixed melt of sodium chloride and potassium chloride at 720 ℃ was studied by current-voltage curve method. F. Quimper studied the electrochemical reduction of titanium tetrachloride on a graphite cathode in a melt of lithium chloride-sodium chloride and lithium chloride-potassium eutectic mixture. Some other researchers used polarography to study the mechanism of electrochemical reduction of titanium tetrachloride. But the knot they got