1.
Progresses and trends in researches on ultra-precision machining technology
超精密加工技术研究现状及发展趋势
2.
Ultraprecision Diamond Machining of Functional Microstructures;
微结构功能表面金刚石超精密加工工艺的研究
3.
The Molecular Dynamics Simulation of Ultra-precision Processing of Micro-structure
微细结构超精密加工工艺分子动力学仿真
4.
Study on Ultra-Precision Machining Lathe and It's Micro-Positioning Mechanism;
超精密加工车床及其微进给机构的研究
5.
Study Visualization of Molecular Dynamics Simulation on Ultraprecision Manufacturing;
超精密加工分子动力学仿真可视化研究
6.
Research on Mechanical Properties of KDP Crystal in Ultra-Precision Machined Surface;
KDP晶体超精密加工表面力学性能的研究
7.
New-Type Numerical Control System of Aspheric Ultra-Precision Machining;
新型非球面超精密加工装置数控系统的研究
8.
Research on Control Methods of Surface Quality of KDP Crystal in Ultra-Precision Machining;
KDP晶体超精密加工表面质量控制方法的研究
9.
Research of Theory and Experiment on Cutting Force of KDP Crystal in Ultra-Precision Machining;
KDP晶体超精密加工切削力的理论及实验研究
10.
Application and Development of Linear Motor in Ultra -precision Machining
直线电机在超精密加工技术中的应用和发展
11.
Ultra-precision Machining Technology Based on Laser Trapping
基于激光捕获原理的超精密加工技术研究
12.
Analysis on Impact of Cutting Conditions in Microstructure Surface Ultra-Machining Process
微结构表面超精密加工中切削条件的影响分析
13.
With the rapid development of precision/super-precision machining,the standard for edge quality of precision parts is needed urgently to set down.
精密与超精密加工技术的快速发展,迫切需要制定出精密零件棱边质量标准。
14.
Characterization of Ultraprecision Machined Surfaces Using Spectral Density and Fractal Analysis;
超精密加工表面的功率谱密度与分形表征技术研究
15.
Comparison of Ultra-Precision Machined Surface Roughness Measurement Methods and Power Spectral Density Characterization
超精密加工表面粗糙度测量方法对比及功率谱密度评价
16.
This article is focused on the ultra-precision machine technology, and SPDT and ultra-precision grinding technologies.
因此，本文针对超精密加工设备，以及单点钻石车削与超精密轮磨技术分别介绍说明。
17.
Processing methods of precision and ultra-precision cylindrical involute gear
精密、超精密圆柱渐开线齿轮的加工方法
18.
Thus machining accuracy of the ultra-precision turning machine is improved.
因而，超精密机床的加工精度得到有效的改善。