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首页> 外文期刊>Silicon >Density, Viscosity and Electrical Conductivity of the Molten Cryolite Electrolytes (Na3AlF6-SiO2) for Solar Grade Silicon (Si-SoG) Electrowinning
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Density, Viscosity and Electrical Conductivity of the Molten Cryolite Electrolytes (Na3AlF6-SiO2) for Solar Grade Silicon (Si-SoG) Electrowinning

机译:太阳能级硅(Si-SoG)电积的熔融冰晶石电解质(Na3AlF6-SiO2)的密度,粘度和电导率

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摘要

Density, viscosity and electrical conductivity of the molten system Na 3AlF (6)-SiO (2) have been investigated in the concentration range up to 50 mole % of SiO (2). Density was measured by means of a computerized Archimedean method, viscosity of the melt by computerized torsion pendulum method and the electrical conductivity by means of the tube-cell (pyrolytic boron nitride) with stationary electrodes. It was found that the density, viscosity and conductivity vary linearly with the temperature in all investigated mixtures. On the basis of the density data, the molar volume of the melts and the partial molar volume have been calculated.
机译:已对浓度高达SiO(2)50摩尔%的熔融体系Na 3AlF(6)-SiO(2)的密度,粘度和电导率进行了研究。密度通过计算机阿基米德方法进行测量,熔体的粘度通过计算机扭摆方法进行测量,电导率通过具有固定电极的管式电池(热解氮化硼)进行测量。发现在所有研究的混合物中,密度,粘度和电导率随温度线性变化。根据密度数据,已计算出熔体的摩尔体积和部分摩尔体积。

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