UC知道四请金属材料方面的英语高手帮忙
来源：百度知道 编辑：UC知道 时间：2024/05/22 21:32:26
It means that the use of asymptotic fractals
approach proposed by Rigaut et al. [12] does not
provide such sensibility to explain separated parts of
the overall process. The resolution limitation can be
minimised by systematic measurement of fractal
dimension parameters throughout profile extension,
providing representative sampling for a statistical
approach.
4. Conclusions and final comments
Digital image processing is a promised technique
for eroded surface analysis, since it can show a
relationship among microstructure changes, slurry
phenomenon and surface roughness through mixed
fractals.
Therefore, it is necessary to analyse a larger
number of eroded surfaces specimens, and thus to
obtain a larger number of fractal dimensions values,
with their respective standard deviations, before establishing a model for fractal behaviour of eroded profiles. The mixed fractals con
approach proposed by Rigaut et al. [12] does not
provide such sensibility to explain separated parts of
the overall process. The resolution limitation can be
minimised by systematic measurement of fractal
dimension parameters throughout profile extension,
providing representative sampling for a statistical
approach.
4. Conclusions and final comments
Digital image processing is a promised technique
for eroded surface analysis, since it can show a
relationship among microstructure changes, slurry
phenomenon and surface roughness through mixed
fractals.
Therefore, it is necessary to analyse a larger
number of eroded surfaces specimens, and thus to
obtain a larger number of fractal dimensions values,
with their respective standard deviations, before establishing a model for fractal behaviour of eroded profiles. The mixed fractals con
这意味着使用形渐近的方式提出rigautetal. 〔12〕并不提供这种情感解释分离部分的整体进程. 决议的限制,可以减少系统的测试形维参数,整个轮廓扩建 提供代表性的抽样统计方式. 4. 结论和意见,最后的数字图像处理技术是保证技术的侵蚀面分析 由于它可以显示彼此关系的微观结构的变化,浆现象与表面粗糙度的混合形. 因此,有必要分析大量侵蚀面标本 并由此获得了较多的分数维值,根据各自的标准差, 然后建立一个模型,形行为的侵蚀概况. 混合形概念似乎解释之间的关系的微观结构, 浆现象(由于射流撞击过程)和表面粗糙度,划分的问题,包括两部分: 宏观和微观尺度.