The application of fractal geometry to characterize the distribution of soil macropores is introduced.
介绍了分形几何在确定土壤大孔隙分布中的应用。
Macropores in soil are general phenomena rather than the exception, they have greatly influence on the movement of water and solutes within soil.
土壤大孔隙是普遍存在的现象，并非例外，它对水及溶质在土壤中的运移有着深刻影响。
Water and solutes go fast through the macropores in soil and pollute groundwater. Field and laboratory tests are needed to determine the macropore flow properties.
土壤中普遍存在的大孔隙使水及溶质快速穿过土壤，污染地下水，确定土壤大孔隙流性质需要大量的野外和室内实验。
Results indicate that ct scanning is a promising, non-destructive method for characterizing macropores in soil.
结果表明CT扫描是一种有发展前景的、非破坏性的确定土壤大孔隙的方法。
Results indicate that ct scanning is a promising, non-destructive method for characterizing macropores in soil.
结果表明CT扫描是一种有发展前景的、非破坏性的确定土壤大孔隙的方法。
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