1.
Research on Principle of Locus Shaping Method to Process Aspheric Optical Parts;
轨迹成形法加工非球面光学零件原理的研究
2.
A Study on New Technology of Rocessing Aspheric Optical Parts by Locus Compensation Method;
轨迹补偿法加工非球面光学零件新技术的研究
3.
Research on PVT Control Trajectory of Processing Aspheric Optical Parts Based on UMAC
基于UMAC加工非球面光学零件PVT控制轨迹研究
4.
Research on the motion track of the aspheric optical parts processing based on the tangent rotary method
切线回转法加工非球面光学零件运动轨迹研究
5.
Research on Technology of Locus Shaping Method to Process Aspheric Optical Parts of Middling Caliber;
轨迹补偿法加工中等口径非球面光学零件技术研究
6.
Research on New Principle of Processing Large-diameter & High-order Aspheric Optical Parts with Rotary Tangent Method
切线回转法加工大型高次非球面光学零件新原理的研究
7.
Research on New Principle of Processing Small High-order Aspheric Optical Parts with Rotary Tangent Method
切线回转法加工高次小型非球面光学零件新原理的研究
8.
Air Sac Polishing Principle of Optics Non- Sphere Surface Components and Experimental Research;
光学非球面零件气囊抛光去除机理及试验研究
9.
Radii of spherical surfaces of optical elements series of numerical values
GB/T3158-1982光学零件球面半径数值系列
10.
The ana Lysis of Surface Precision of Locus Shaping Method Machining Spherical Optical Parts
轨迹成形法加工球面光学零件面形精度分析
11.
Study of the fabrication of deep aspheric optic surface
高陡度非球面光学元件加工技术研究
12.
Design and Implementation on the High Speed Turning System of Aspherics
非球面光学元件高速加工系统的设计与实现
13.
Surface imperfections of optical elements
GB/T1185-1989光学零件表面疵病
14.
Surface form deviation of optical elements--Inspection methods
GB/T2831-1981光学零件的面形偏差检验方法(光圈识别)
15.
Research on Two Optical Methods for Aspheric Measurement
两种非球面面形的光学测量方法研究
16.
It adopted gray code and phase shift technology to get point clouds of complex surfaces and used a custom-built grating to meet the demand of optical triangulation.
采用格雷码加相移技术的三维非接触式光学测量技术,获取了待测零件的表面数据。
17.
Injection Die for Optical Plastics and Figuration by Compensation
论光学塑料零件注射模及补偿法加工面形
18.
Research on the Surface Electrochemical Mechanical Finishing of Rod Parts
杆类零件表面电化学机械复合光整加工的研究