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Geochemical modeling and thermodynamic properties of arsenic species

机译:砷物种的地球化学建模与热力学性质

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An internally consistent thermodynamic network for arsenic minerals and aqueous species is being developed based on a high quality starting point: arsenolite and arsenolite solubility. Current research is refining the properties of scorodite solubility as a function of temperature along with improved aqueous species stability constants and activity coefficients for ions and ion pairs based on potentiometric measurements of redox, pH, and conductivity for 5-90°C.
机译:基于高质量起点:阿森菊酯和胂溶解度,正在开发用于砷矿物和水物质的内部一致的热力学网络。目前的研究在于将透明岩溶解度的特性作为温度的函数,以及基于氧化还原,pH和电导率的电位测量的离子和离子对的改善的水性稳定性常数和活性系数。5-90℃。

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