1) Ultra precise grinding
超精磨削
2) Ultra-precision Grinding
超精密磨削
1.
Study on geometric model of ultra-precision grinding optical axisymmetric aspheric surface;
轴对称非球面超精密磨削的几何模型研究
2.
Research on the influence of heat source shape on the ultra-precision grinding thermal model
热源形貌对超精密磨削热模型影响的研究
3.
Detailed analyses of the grain size distribution characteristics and the grain profile wavelength of fine diamond grinding wheel used for ultra-precision grinding are presented.
对超精密磨削所用细粒度金刚石砂轮磨粒粒径的分布特点和砂轮表面上磨粒的轮廓波长进行了分析。
3) ultraprecision mirror grinding
超精密镜面磨削
1.
The passivation layer makes a very important part in the ultraprecision mirror grinding with ELID method.
建立了ELID磨削系统的电解反应回路等效模型,提出用极间电流表征金属结合剂砂轮表面的钝化膜状态,分析了钝化膜在ELID超精密镜面磨削电解预修锐阶段、在线电解修整动态磨削阶段和光磨阶段的状态变化。
4) ultra-high speed precision grinding
超高速精密磨削
1.
Physics models of molecular dynamics simulation of ultra-high speed precision grinding process are established.
建立了超高速精密磨削分子动力学仿真的物理模型 ,合理选择了超高速精密磨削单晶铜和单晶铝的分子动力学仿真势函数。
6) super-precision grinding
超精密平面磨削
1.
A new super-precision grinding micro-drive unit is introduced in this paper The static and the dynamic characteristics of the unit and the control method are also studied Experiments indicate that the repetitive accuracy of the micro-drive unit is 0 05μm and its movement resolution is 10nm.
介绍了一种用于超精密平面磨削的新型微量进给装置并对其静、动态特性及控制方法进行了研究。
补充资料:超精硬切削发展领域的变革
图1 Ultrasonic 20直线驱动机床可以扩展到多达5根轴,并将带来超精硬切削发展领域的变革。C轴的力矩电机和A轴无浮动的伺服传动电机可以产生5轴切削需要的精度和高效能。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条