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Evaluation of Porosity in Geomaterials Treated with Biogrout Considering Partial Volume Effect

机译:考虑局部体积效应的生物重电处理孔隙孔隙率评价

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This study evaluates the change in porosity of a biogrout specimen using micro-focus x-ray CT scanner and image processing. First, we selected the suitable geomaterials for evaluation of porosity. The results showed that glass beads whose particle size was 0.50-0.71mm were suitable. Second, we calculated the porosity of the glass beads using a Method for evaluation of porosity based on a maximum likelihood thresholding method considering the effect of mixels, which are pixels having a two-phase structure. The result showed that the ratio of the porosity of grouted geomaterial to that of ungrouted one was 0.98-0.99, whereas the value estimated by the measurement of changes in concentration of calcium ion was 0.98. Thus, both values closely agreed. Therefore, this study clarifies that the method enables us to evaluate small changes in porosity with great accuracy.
机译:本研究评估使用微焦X射线CT扫描仪和图像处理的生物重电样本的孔隙率的变化。首先,我们选择了合适的磨损孔隙的岩土材料。结果表明,玻璃珠粒粒径为0.50-0.71mm是合适的。其次,我们使用基于考虑混合效果的最大似然阈值方法来计算孔隙率的方法计算玻璃珠的孔隙率,这是搅拌的效果,这是具有两相结构的像素。结果表明,通过测量钙离子浓度的变化估计的值估计的值为0.98,结果表明,灌浆的地质材料的比率为0.98-0.99,而通过测量钙离子浓度变化的值为0.98。因此,两个值都非常达成一致。因此,本研究阐明了该方法使我们能够以极高的准确性评估孔隙率的小变化。

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