Electrolysis: An Innovative Technique to Desaturate Tailings

L. Mele
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Abstract

Within the entire range of failure modes that have occurred at tailings impoundments, static and dynamic liquefaction are likely the most common. Static liquefaction can be a result of slope instability issues alone or can be triggered as a result of other mechanisms, dynamic liquefaction may be triggered by rapid forms of cyclic loadings, such as earthquakes. Several techniques, that have the aim to prevent this kind of failure, have been developed during the last centuries. In this paper, the attention will be focused on desaturation and on electrolysis as an innovative technique to desaturate the soils.
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电解:一种创新的尾矿去饱和技术
在尾矿库发生的所有破坏模式中,静态和动态液化可能是最常见的。静态液化可能仅仅是边坡不稳定问题的结果,也可能由其他机制触发,动态液化可能由快速循环载荷(如地震)触发。在过去的几个世纪里,一些旨在防止这种失败的技术已经被开发出来。本文将重点介绍土壤的去饱和和电解作为一种创新的土壤去饱和技术。
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审稿时长
16 weeks
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