1)  roughness values
粗糙度值
2)  surface roughness
表面粗糙度值
1.
After the experiments on optimization of electrical parameters in machining TiN/Si3N4 nanocomposite ceramics by WEDM,the major factors and more optimal combination that have an effect on the surface roughness was investigated,thus the basis for further development of applications of TiN/Si3N4 nanocomposite ceramics was provided.
通过对TiN/Si3N4纳米复相陶瓷电火花线切割加工电参数的优化试验,找出了影响表面粗糙度值的主要因素和较优组合,为进一步开发TiN/Si3N4纳米复相陶瓷材料的应用提供了依据。
3)  Rough
粗糙
1.
Wetting Behaviors of Ethanol/Water on Rough PTFE Surface;
粗糙PTFE涂层表面结构对乙醇/水混合溶液润湿性的影响
2.
We accordance with relevant provisions of the standard aluminum alloy profiles processed into standard samples, the high-frequency fatigue testing machine, the surface smooth and rough surface two groups in the same specimen under stress fatigue experiment.
按相关标准规定将铝合金型材加工成标准试样,在高频疲劳试验机上,分别对表面光滑和表面粗糙2组试样在相同应力作用下进行疲劳实验,并得出了2组试样的循环次数,结果表明表面粗糙试样循环次数显著低于表面光滑组试样。
4)  roughness
粗糙
1.
The paper analyzed the kinds,cause of surface roughness for small precast unit and proposed relative measures.
分析小型预制构件外观表面粗糙的种类、成因,并根据成因采取相应的措施和方法进行解决,确保小型预制构件施工、安装的质量。
2.
An analysis is also given for the influence of roughness and power - law index on bearing lubrication characteristics.
以遵从幂律的非牛顿流体为润滑介质,利用"流量因子"和"接触因子"的概念,推导出粗糙表面非定常幂律流体流动的"平均雷诺方程"。
5)  surface roughness
粗糙度
1.
Experimental study of flow characteristics in microchannels with different surface roughness;
粗糙度对微细通道内流动特性影响的实验研究
2.
Modeling and predicting surface roughness of diamond wire-sawing;
金刚石线锯加工表面粗糙度的建模与预测
3.
The computerized change of surface roughness measuring instrument model 2201;
2201型表面粗糙度检查仪微机化改造
6)  roughness
粗糙度
1.
Roughness and Fractal Dimension of Polished Granite Surface and Their Relationship;
花岗石抛光表面的粗糙度、分形维数及其关系研究
2.
Discussion on Surface Roughness Measurement and Accuracy Calculation;
表面粗糙度测量和精度计算方法的探讨
3.
Influence of Sample Surface Roughness on Mathematical Model of NIR Quantitative Analysis of Wood Density;
表面粗糙度对近红外光谱分析木材密度的影响
参考词条
补充资料:胶辊表面粗糙度
分子式:
CAS号:

性质:胶辊因选用原材料和加工工艺的不同,导致胶辊表面产生不同程度的缺陷和小范围不平整性。对这些缺陷和不平整性的允许数量和程度可以进行分级,实际可根据不同需要选择不同的表面加工类型,以满足胶辊的使用要求。目前胶辊表面处理类型可分为:粗加工、标准磨光、细磨和抛光精磨。经抛光精磨后的胶辊表面应为绒状或光滑的,肉眼见不到研磨划痕;经细磨表面可以看到一些轻微的磨痕;经标准磨光表面有明显可见的研磨痕迹;只进行粗加工表面切削沟槽明显可见;未经任何加工处理表面常带有织物状痕迹。

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