1.
Surface Quality Study of Sapphire Crystal Grinded by Electrolytic In-Process Dressing (ELID) Method;
蓝宝石单晶ELID磨削表面质量研究
2.
Surface Quality Study with the Electrolytic In-Process Dressing (ELID) on Quartz Glass;
石英玻璃ELID磨削表面质量研究
3.
The shape precision of grinding wheel affects the surface finish of work piece directly.
砂轮的形状精度直接影响着工件磨削表面质量。
4.
Study on Surface Quality and Material Removal Rate of Wafer Ultra-precision Grinding;
硅片超精密磨削表面质量和材料去除率的研究
5.
Influences on Grinding Surface Quality of Bearing Steel Workpieces Made by Corundum Wheel;
刚玉类砂轮对轴承钢工件磨削表面质量的影响
6.
The analysis and predicting about the magnesium alloy surface quality based on abrasive belt grinding
镁合金砂带磨削表面质量分析及其预测
7.
The investigation of surface quality and grinding forces of grinding processing of particle reinforced matrix aluminium composites
颗粒增强铝基复合材料磨削加工表面质量与磨削力研究
8.
Study on Surface Quality of the Material 0Cr17Ni4Cu4Nb Gas Turbine Blade Ground by Coated Abrasive Belt;
0Cr17Ni4Cu4Nb燃气轮机叶片材料砂带磨削的表面质量研究
9.
Effect of Tool Wear on Bamboo Milling Power and Surface Quality
刀具磨损对竹材铣削功率及表面质量的影响
10.
Evaluation and Control Method of the Shaft & Hole Surface Roughness on Grinding Surface
轴、孔磨削表面粗糙度的评定与质量控制
11.
Influence of Grinding Parameters on the Cylindrical Grinding-Hardened Layer
磨削用量对外圆磨削表面淬硬层的影响
12.
Research on the Characteristics of the Affected Layer of Burnt Surface during Titanium Alloy Grinding
钛合金磨削烧伤表面变质层特性研究
13.
Surface Quality Study with Cast-iron-bonded Diamond Grinding Wheel on LHG8 Glass
铸铁基金刚石砂轮磨削LHG8光学玻璃表面质量研究
14.
Testing and cortrolling methods of grinding badness layer of bearings working surface.
轴承工作表面的磨削变质层的检验及控制方法。
15.
Research on Grinding Hardening for Quenched and Tempered 40Cr Steel
40Cr调质钢磨削淬硬表面强化效果的研究
16.
Research of On-line Measurement of Surface Roughness during Cylindrical Grinding Process;
外圆纵向磨削表面粗糙度的在线测量研究
17.
Control method for grinding quality of spherical bearing asymmetrical raceway
关节轴承非对称球面磨削质量控制方法
18.
Ultrasonic vibration is applied to diamond turning of stainless steel in order to decrease diamond tool wear and improve the surface quality of the workpieces.
为减轻金刚石刀具的磨损，提高工件表面加工质量，采用超声振动的方法切削不锈钢零件。