Modeling Particulate Bed Electrode for Metal Recovery

R.Thilakavathi; N.Balasubramanian; C. Srinivasakannan; Ahmed Al Shoaibi

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Modeling Particulate Bed Electrode for Metal Recovery

机译：用于金属回收的颗粒床电极建模

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A theoretical model has been developed to predict bed thickness and hydrodynamic behavior ofconducting particles in an expanded bed used for heavy metal removal. Two-dimensional model hasbeen developed to predict the particle behavior in expanded bed electrode. Model equations have beendeveloped for electrode thickness and bed porosity. The effect of particle size on metal recovery hasbeen critically examined. The present model simulations have been compared with the experimentaldata reported in literature.

机译：已经开发出理论模型以预测用于去除重金属的膨胀床中的导电颗粒的床厚度和流体动力学行为。已经建立了二维模型来预测膨胀床电极中的颗粒行为。已经开发出用于电极厚度和床孔隙率的模型方程式。粒度对金属回收率的影响已得到严格检验。本模型仿真已与文献报道的实验数据进行了比较。

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《International Journal of Electrochemical Science》 |2012年第2期|共15页
作者
R.Thilakavathi; N.Balasubramanian; C. Srinivasakannan; Ahmed Al Shoaibi;
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1. HYDRODYNAMIC MODELLING OF THE LIQUID-SOLID BEHAVIOUR OF THE CIRCULATING PARTICULATE BED ELECTRODE [J] . Dweik BM., Savinell RF., Liu CC. Journal of Applied Electrochemistry . 1996,第11期

机译：循环颗粒床电极液-固行为的水动力模型
2. A particulate model of solid waste incineration in a fluidized bed combining combustion and heavy metal vaporization [J] . G. Mazza, Q. Falcoz, D. Gauthier, Combustion and Flame . 2009,第11期

机译：结合燃烧和重金属汽化的流化床固体废物焚化颗粒模型
3. Experimental study on coolability of particulate core-metal debris bed with oxidization, (II) - Fragmentation and enhanced heat transfer in Zircaloy debris bed [J] . Su GH, Sugiyama K, Aoki H, Journal of nuclear science and technology . 2006,第5期

机译：颗粒状金属-金属碎屑床氧化性的可冷却性实验研究（II）-Zircaloy碎屑床的破碎和传热增强
4. Experimental Study On Coolability Characteristics Of Particulate Core-Metal Debris Bed With Oxidization PartⅡ: Zircaloy-2 Debris Bed [C] . . 2005

机译：氧化型颗粒核金属碎屑床冷却特性的实验研究Ⅱ：Zircaloy-2碎屑床
5. Mathematical Modeling of an Electrode-Integrated Fixed-Bed Bioreactor for Treatment of Sulfate [D] . Deen, Tobin Walter. 2021

机译：电极整体固定床生物反应器治疗硫酸盐的数学建模
6. Bioavailable transition metals in particulate matter mediate cardiopulmonary injury in healthy and compromised animal models. [O] . D L Costa, K L Dreher 1997

机译：在健康和受损动物模型中颗粒物中的生物可利用的过渡金属可介导心肺损伤。
7. Experimental Study on Coolability of Particulate Core-metal Debris Bed with Oxidization, (II) Fragmentation and Enhanced Heat Transfer in Zircaloy Debris Bed [O] . Guanghui SU, Ken-ichiro SUGIYAMA, Hiroomi AOKI, 2006

机译：氧化铝颗粒芯金属碎片床的冷却性的实验研究，（ii）锆壁碎片碎片碎裂和增强热传递
8. Analysis of Porous Electrodes with Sparingly Soluble Reactants,IV Application to Particulate Bed Electrode:Ag/AgCl System. [R] . katan,theodore gu, hiram 1976

机译：微溶性反应物多孔电极的分析，IV在颗粒床电极上的应用：ag / agCl体系。

Modeling Particulate Bed Electrode for Metal Recovery

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