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Assessment of Electrical Resistivity and Oxygen Diffusion Coefficient of Cementitious Materials from Microstructure Features

机译:从微观结构特征评估水泥材料电阻率和氧扩散系数

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摘要

A newly proposed modified non-contact electrical resistivity measurement was used to test the resistivity of concrete and cement mortar. The oxygen diffusion coefficients of concrete and mortar were determined by a gas diffusion measurement, and the capillary porosity of concrete and cement mortar was measured by mercury intrusion porosimetry (MIP) measurement. The obtained electrical resistivity and capillary porosity results were verified with other researchers’ data, the measured electrical resistivity results can be estimated by a simple equation from the capillary porosity results. The obtained oxygen diffusion coefficient results were quantitatively correlated with capillary porosity and electrical resistivity measurement results. The proposed equations can be practically used to assess the electrical resistivity and oxygen diffusion coefficient.
机译:新提出的改进的非接触电阻率测量用于测试混凝土和水泥砂浆的电阻率。通过气体扩散测量测定混凝土和砂浆的氧扩散系数,并通过汞侵入孔隙瘤(MIP)测量法测定混凝土和水泥砂浆的毛细孔孔隙率。通过其他研究人员的数据验证了所获得的电阻率和毛细血管孔隙率结果,可以通过从毛细管孔隙率的简单方程估计测量的电阻率结果。所获得的氧气扩散系数结果与毛细血管孔隙率和电阻率测量结果定量相关。所提出的等式可以实际上用于评估电阻率和氧扩散系数。

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