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Transport properties of sodium chloride polycrystals with liquid intergranular interlayers

机译:液体晶间夹层氯化钠多晶体的输运性质

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摘要

The diffusion permeability, electric conductivity, and filtration coefficient of water-containing sodium chloride polycrystals have been measured. Based on the measurement results, the dynamic thickness of intergranular interlayers, which determines the transport properties of the material, has been calculated. For samples that are initially continuous, this value (120-130 nm) corresponds to the averaged capacity of the grain boundaries with respect to water independently determined by analytical methods. The dynamic thickness of the interlayers in pellets molded from a wetted NaCl powder under a high pressure is significantly smaller (about 20 nm).
机译:已经测量了含水氯化钠多晶体的扩散渗透率,电导率和过滤系数。根据测量结果,已计算出确定材料传输性能的晶间中间层的动态厚度。对于最初是连续的样品,该值(120-130 nm)对应于通过分析方法独立确定的相对于水的晶界平均容量。由润湿的氯化钠粉末在高压下成型的丸粒中,中间层的动态厚度明显较小(约20 nm)。

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