1.
Roughness comparison specimens for wooden pieces
GB/T14495-1993木制件表面粗糙度比较样块
2.
Multi-pattern surface roughness comparison specimens 933
组合式表面粗糙度比较样块933
3.
The assessment of profile grades of steel surface before application of paint and related products-Comparator
GB/T13288-1991涂装前钢材表面粗糙度等级的评定(比较样块法)
4.
Study on roughness and glossiness characteristic of granite polished surface
花岗石磨抛光表面粗糙度与光泽度比较
5.
A Study of Measuring Surface Roughness with Optical Methods
使用光学测量表面粗糙度方法比较研究
6.
Comparison of rectangular orthodontic arch wires on size precision,surface roughness and sectional vertical angle arc
方形弓丝尺寸精度、表面粗糙度及拐角处弧度比较
7.
Bond strength between titanium alloy with different surface roughness and dentin
不同表面粗糙度钛合金与牙本质之间粘接强度的比较(英文)
8.
The Comparative Study on Both the Surface Roughness and the Adhesion of Streptococcus Mutans on Both Zirconia Ceramic and Titanium Alloy;
氧化锆陶瓷和钛合金的表面粗糙度与细菌粘附的比较研究
9.
methods for comparison of surface roughness of plastics
塑料表面粗度比较法
10.
The quick mark of the surface roughness in AutoCAD;
AutoCAD中表面粗糙度的标注
11.
Engineering Surface Roughness Filtering by B-Spline
基于B样条滤波器的表面粗糙度提取方法(英文)
12.
Dominant Factors Influencing Surface Roughness of EPC (Expandable Pattern Casting) Pattern
消失模模样表面粗糙度主要影响因素的研究
13.
The internal surface processing of hydraulic cylinder requires high accuracy of size, shape, and good deformed surface finish.
液压缸内表面要求较高的尺寸精度、状精度以及适宜的表面粗糙度。
14.
The result demonstrates that the roughness of old concrete and adhesive agent have important influence on bond splitting tensile strength.
结果表明,老混凝土表面粗糙度、界面剂对粘结强度有较大影响。
15.
Comparison of surface roughness and bacterial adhesion on zirconia ceramics and titanium alloys under shaking cultivation
振荡培养条件下氧化锆陶瓷和钛合金表面粗糙度与细菌黏附的比较
16.
Comparative Study on Predicting Porosity by Different Roughness Indices
不同粗糙度尺度下预测表层土壤孔隙率量化指数比较研究
17.
Surface roughness--Terminology--Surface and its parameters
GB/T3505-1983表面粗糙度术语表面及其参数
18.
Under given conditions, the smaller the amplitude of ultrasonic vibration, the larger the surface roughness (R(subscript a)), and the more rapidly the tools wear.
结果表明：振动参数对工件表面粗糙度和刀具寿命有较大的影响。