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转炉渣电炉贫化缓冷钴冰铜的主要成分是:铁钴镍合金、陨硫铁(FeS)和少量镍钴的硫化物;高冰镍中的二硫化三镍则相当高.该产品的金属化率是选冶工艺的主要参数之一.氯化铜-乙醇法,合金相浸取不完全;氯化铜-甲醇法分离效果尚可,但浸取时间长达3小时,甲醇易挥发,有害人体,不适宜大批样品分析.文献提出的氯化铜钾法,曾用于炉渣和陨铁中金属相的测定,试验证明,此法也可用于分析钴冰铜及其选矿产品和含有铜镍合金及二硫化三镍的低硫高冰镍中的合金相.
The main components of converter slag electric furnaces, which are depleted in slow-cooling cobalt-cobalt matte, are iron-cobalt-nickel alloy, iron sulphide (FeS) and a small amount of nickel and cobalt sulphides, while nickel sulphide disulfide is very high in high- The rate is one of the main parameters of the metallurgy process.Chlorination of copper - ethanol, incomplete leaching of the alloy phase; copper chloride - methanol separation is acceptable, but the leaching time of up to 3 hours, methanol is volatile, harmful The human body is not suitable for a large number of sample analysis.Chlorination of potassium chloride method has been used for the determination of the metal phase in slag and meteorite, the test proved that this method can also be used to analyze cobalt matte and its beneficiation products and containing copper and nickel Alloy and nickel disulfide low-sulfur high-nickel-nickel alloy phase.