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电解人造光卤石制取金属镁时,生成一种氯气混合物副产品,称为阳极氯气,其中含60～80％(体积)的氯气。但有关氯气混合物中杂质含量的完整数据迄今还没有记载。为扩大阳极氯气的应用范围以及弄清用它生产商品液体氯的可能性曾按原料成份对阳极氯气进行了定量和定性的研究。电解无水原料,即电解氯化镁和氯化钾为主的脱水熔体时产生的阳极氯气中,实际上并不含氢,而其中存在的蒸汽则是由于电解槽阴
Electrolysis of man-made carnallite to produce metallic magnesium produces a by-product of a chlorine gas mixture, referred to as anode chlorine, which contains 60 to 80% by volume of chlorine. However, the complete data on the contents of impurities in chlorine mixtures has not been described yet. Anode chlorine has been quantitatively and qualitatively investigated for its raw material composition to broaden the range of applications for anode chlorine and to identify the possibility of using it to produce commercial liquid chlorine. Electrolysis anhydrous raw materials, that is, electrolytic magnesium chloride and potassium chloride-based dehydration melt anode chlorine generated when, in fact, does not contain hydrogen, which is present in the steam is due to electrolysis cell overcast