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Anode Processes on Carbon in Chloride-Oxide Melts

机译:氯化物氧化物中碳的阳极方法熔化

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Alkali and alkaline earth metals such as lithium, sodium, magnesium and calcium are produced by electrowinning in chloride melts. Direct cathodic reduction of metal oxides in chloride melts has been proposed for the FFC process. Fundamental data for the anodic process on carbon in mixed chloride/oxide melts are lacking. Anodes of graphite and vitreous carbon (VC) were studied in NaCl-NaO, and in binary melts of the type NaCl-MCl_2-MO with 0-7 mol% oxide, (M = Ca, Sr and Ba), using linear polarization, CV and EIS. The gaseous products were Cl_2, CO and CO_2 and the exit concentration of carbon oxides were analysed by gas chromatography. In this paper the emphasis is on the NaCl-CaCl_2-CaO system.
机译:碱和碱土金属如锂,钠,镁和钙,通过在氯化物熔体中电催化产生。已经提出了用于FFC工艺的直接阴极减少氯化物熔体中的金属氧化物。缺乏混合氯化物/氧化物熔体中碳的阳极过程的基本数据。在NaCl-Nao中研究石墨和玻璃体碳(VC)的阳极,并在NaCl-Mcl_2-Mo型具有0-7摩尔%氧化物的二元熔体,(M = Ca,Sr和Ba),使用线性极化,简历和EIS。气态产物是Cl_2,CO和CO_2,通过气相色谱分析碳氧化物的出口浓度。在本文中,重点是NaCl-CaCl_2-CAO系统。

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