质量平衡EH-pH图的应用II: Cu-As-S-H2O体系的化学计量学

Q2 Materials Science Minerals & Metallurgical Processing Pub Date : 2016-08-01 DOI:10.19150/MMP.6746
R. N. Gow, H. Huang, C. Young
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引用次数: 7

摘要

在第一部分中,Gibbs相律应用于Cu-As-S-H2O体系的质量平衡EH-pH图。这些图表是用能量石的化学计量学作为基础生成的。在这项研究中,计算的范围扩大到包括其他三种铜砷硫矿物的化学计量学- - - tententite, sinalite和lautite - - -并与辉石进行比较。在所得到的EH-pH图中的稳定区域被发现随着化学计量而变化,因此,如果在计算中使用其化学计量,则特定矿物将占主导地位。溶液形态也有变化,硫胂酸盐是最好的例子。这种化学计量效应有助于解释文献中报道的结果,如果没有质量平衡计算,将很难实现。
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Utility of mass-balanced EH-pH diagrams II: Stoichiometry of Cu-As-S-H2O system
In Part I, Gibbs’ phase rule was applied to mass-balanced EH-pH diagrams for the Cu-As-S-H2O system. The diagrams were generated using the stoichiometry of enargite as a basis. In this study, the calculations were expanded to cover the stoichiometries of three other Cu-As-S minerals — tennantite, sinnerite and lautite — and compared with enargite. Stability regions within the resulting EH-pH diagrams were found to change with stoichiometry such that a particular mineral would predominate if its stoichiometry was used in the calculation. Solution speciation was also found to vary, with thioarsenate being the best example. This stoichiometric effect helps to explain results reported in the literature and would be difficult to realize if it were not for mass-balanced calculations.
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来源期刊
Minerals & Metallurgical Processing
Minerals & Metallurgical Processing 工程技术-矿业与矿物加工
CiteScore
0.84
自引率
0.00%
发文量
0
审稿时长
>12 weeks
期刊介绍: For over twenty-five years, M&MP has been your source for the newest thinking in the processing of minerals and metals. We cover the latest developments in a wide range of applicable disciplines, from metallurgy to computer science to environmental engineering. Our authors, experts from industry, academia and the government, present state-of-the-art research from around the globe.
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