多孔材料孔界面分形结构小角度X射线散射实验
다공재료공계면분형결구소각도X사선산사실험
Fractal Properties of Pore Surface in Porous Materials by the Small Angle X-ray Scattering Technique
  • 万方数据
    物理测试 물리측시
    METAL PHYSICS EXAMINATION AND TESTING
    2000年 6期 11-13 ,共3页

    朱卫华%印友法%陈栋梁%丁万平%林建伟

    주위화%인우법%진동량%정만평%림건위

    分形%小角度X射线散射%界面 分形%小角度X射線散射%界麵
    분형%소각도X사선산사%계면
    fractal%small angle X-ray scattering%interface
    简要介绍了用X射线小角散射分析技术测定多孔固体材料中孔界面分形维数的理论，同时报道了应用这一理论对多种炭素材料和水泥石材料中孔界面分形维数的测定结果。结果表明，所有试样中孔界面均具有分形结构特征。
    간요개소료용X사선소각산사분석기술측정다공고체재료중공계면분형유수적이론，동시보도료응용저일이론대다충탄소재료화수니석재료중공계면분형유수적측정결과。결과표명，소유시양중공계면균구유분형결구특정。
    This paper introduces the theory of analysing the surface fractal dimension of the pore-solid interface ofporous materials by small angle X-ray scattering. The results of the theory applied to some carbons and cementpastes are also reported. The experiment shows that the pore surface in porous materials is rough and fractal
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