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Leaching of chromium and barium from steel slag in laboratory and field tests a solubility controlled process?

机译:在实验室和现场测试中从钢渣中浸出铬和钡的方法是溶解度受控的过程吗?

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摘要

Differences in concentrations in leachates and leaching conditions were found in laboratory and field tests on electric arc furnace steel slag. Solid phases were assumed to control the leachate concentrations of chromium and barium. Geochemical modelling was used to indicate solubility controlling solid phases. The mineral BaSO_4(c) and solid solutions of Ba(S,Cr)O_4 were predicted to control the concentrations of barium and chromium in the leachates, respectively. These solids were not expected to be present as primary minerals in the steel slag but were rapidly formed, within 6 h.
机译:在实验室和现场试验中对电弧炉钢渣的浸出液浓度和浸出条件存在差异。假定固相可控制铬和钡的渗滤液浓度。地球化学模型用于指示溶解度控制固相。预计矿物BaSO_4(c)和Ba(S,Cr)O_4的固溶体分别控制渗滤液中钡和铬的浓度。预计这些固体不会作为主要矿物质存在于钢渣中,但会在6小时内迅速形成。

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