压汞法(Mercury intrusion porosimetry 简称MIP),又称汞孔隙率法。是测定部分中孔和大孔孔径分布的方法。
... 选择氧化 selective oxidation 压汞法 mercury intrusion method 亚胺络合物 imino-complex ...
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文章摘要信息 关键词 : 煤的孔隙结构 吸氧量 压汞法 分形维数 [gap=976]Keywords : structure of pores in coal;absorbed oxygen;mercury porosimetry;fractal dimensions
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筛网的比开孔;筛网开孔率;porosity of screen 压汞法;汞孔隙率法;mercury porosimeter method 涂膜颜料孔隙率指数;pigment porosity index of paint film ..
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一般情况下,压汞法最常用的是园柱孔模型。
In general, the cylindrical model is often used in such porosimetry.
用压汞法和CO2吸附法对突出区煤的孔隙结构特征进行了研究。
Porous structure characteristics of coal in outburst zone was studied by pressurized mercury method and CO2 absorption method.
在低孔隙率胶凝材料中,大量闭合孔的存在使压汞法出现大的“损失孔隙”。
A great number of the "close pores" are present in low-porosity cementitious materials, which can cause the mercury intrusion method to lose the "missing porosity".
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