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Influence of voltage and temperature on electro-osmosis experiments applied on marine clay

机译：电压和温度对应用于海洋黏土的电渗实验的影响

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A series of electro-osmosis experiments were conducted to explore the effect of voltage and temperature on the electro-osmosis properties of marine clay, including current, average consolidation degree, horizontal shrinkage, shear strength, water content, and anode corrosion. As shown for the resistivity of marine clay, the temperature increased when the electro-osmosis phenomenon occurred. From mechanical and electro-chemical point of view, this study explained the differences in the average consolidation degree and horizontal shrinkage under various experimental conditions. Although a voltage loss appeared due to the anode corrosion, the high voltage and temperature were still found beneficial for the reduction of the soil water content and the increase of shear strength. Furthermore, the electro-osmosis effect at high voltage included the contribution of joule heating. (C) 2017 Elsevier B.V. All rights reserved.
机译：进行了一系列电渗实验，以探索电压和温度对海洋粘土电渗特性的影响，包括电流，平均固结度，水平收缩率，剪切强度，水含量和阳极腐蚀。如对于海洋粘土的电阻率所示，当发生电渗现象时温度升高。从机械和电化学的角度来看，本研究解释了各种实验条件下平均固结度和水平收缩率的差异。尽管由于阳极腐蚀而出现电压损失，但仍发现高压和高温有利于减少土壤含水量和提高剪切强度。此外，高电压下的电渗效应包括焦耳加热的贡献。 （C）2017 Elsevier B.V.保留所有权利。

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