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Energy induced rheology reduction of flocculated thickened tailings--pipeline system design methodology

机译:絮凝加厚尾矿的能量诱导流变减少 - 管道系统设计方法

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Salinas et al. (2009) demonstrated the relationship between energy input and rheology reduction for flocculated thickened copper tailings. This phenomenon has important implications for the design of thickened and paste tailings pipeline and open channel systems. This paper presents the development of a bench top test to determine the energy input versus rheology reduction characteristic curve. The results of the bench top test are used to establish a design methodology for incorporating the rheology reduction into the design of paste and thickened tailings systems.
机译:Salinas等人。 (2009)展示了絮凝加厚铜尾矿的能量输入与流变学的关系。这种现象对设计增厚和粘贴尾矿管道和开放式通道系统的设计具有重要意义。本文介绍了台式试验的开发,以确定能量输入与流变学降低特征曲线。台式试验的结果用于建立一种设计方法,将流变性还原成浆料和增稠尾矿系统的设计。

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