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首页> 外文期刊>International Journal of Chemistry and Chemical Engineering >Development of Regression Equation for Defluoridation by Continuous Flow Electrocoagulation
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Development of Regression Equation for Defluoridation by Continuous Flow Electrocoagulation

机译：连续流动电凝渗流去渗透的回归方程的发展

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摘要

In the present study continuous flow electrocoagulation has been used as a treatment technology for removal of fluoride from water. A laboratory scale continuous flow electrocoagulation system with aluminium electrodes is designed for performing experimental runs. Experimental data is analyzed using factorial design method to study the main effect and interaction effect of three parameters viz flow rate, voltage and time on fluoride removal. A regression equation is developed which is validated by high R2 value (99.5%) of Analysis of Variance test (ANOVA). Equation reveals that flow rate has a positive effect and voltage and time has negative effect on residual fluoride.
机译：在本研究中，连续流动电凝已用作从水中除去氟化物的处理技术。 设计具有铝电极的实验室规模连续流动电凝系统，用于执行实验运行。 使用因子设计方法分析实验数据，研究三个参数VIZ流速，电压和氟化物去除时间的主要效果和相互作用效果。 开发了回归方程，其由高R2值（99.5％）的方差试验分析（ANOVA）进行验证。 方程揭示了流速具有积极效果和电压和时间对残留的氟化物产生负面影响。

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