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- 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
- Keywords Axisymmetric aspheric surface Machining accuracy Error separation Compensation machining Grinding wheel; 轴对称非球面;加工精度;误差分离;补偿加工;砂轮;
- axisymmetric aspheric surface 轴对称非球面
- A method to measure coaxiality of axisymmetric aspheric lens is introduced. 介绍了一种轴对称非球面透镜的光轴共轴度的测量方法。
- Design of aplanatic lens with aspheric surface[J]. 引用该论文 袁立银;郝沛明;周森林.
- Synchronized motion of the the fast tool servo, workpiece and the diamond tool produces ultra-precision axisymmetric aspheric mirrors. 快速伺服机构、工件以及金刚石刀具的同时运动，可以实现轴对称非球面的超精密加工。
- A new form generation method for ultra-precision axisymmetric aspheric mirrors is introduced. 摘要介绍了轴对称光学非球面镜超精密加工的新方法。
- The AIOL with aspheric surface has better tunability. 具有非球面光学面的AIOL调节力相对较大。
- A research on aspheric surface testing by using a computer-generated hologram (CGH) on curved surface is presented. 研究了利用曲面计算全息图进行非球面检测。
- A novel aspheric surface testing method using part compensating lens is presented. 摘要提出用部分补偿透镜进行非球面检验的方法。
- We also produce the multi-specifications of the quartza aspheric surface mirror,the high accuracy coating light lens. 适用于舞台、舞厅、教学及大型户外场所。
- The ultra-precision lathe is extensive used in machining aspheric surface and ultra-smooth surface. 超精密车床在非球曲面以及超光滑表面的加工中具有广泛应用。
- The convex aspheric surface has self-aplanatic capability.The range that can be utilized in practice was studied. 分析了自消球差方法检验凸二次非球面的实际可用范围。
- Research on Feed Velocity Control Model of Axisymmetric Aspheric 轴对称非球面加工进给速度控制技术研究
- A new optical fabrication technology of bonnet tool polishing is introduced, which could produce high precision aspheric surface. 摘要介绍一种新型的非球面光学零件抛光方法?气囊抛光，这种方法可以得到高质量的光学表面。
- The optical elements with aspheric surface are widely applied now in many fields, where the measurement of aspheric surface plays a critical role. 摘要非球面光学元件应用越来越广泛，其测量技术非常关键。
- On the basis of analyzing the requirement to the large - scale aspheric surface, the design of the collective precept and key components of the ma... 结果表明该机床能够满足非球面加工的要求。
- Along with technology developing, we have more and more pressing requirement to the high - power and large - scale aspheric surface. 随着科学技术的发展,对高性能大型非球面零件的需求越来越迫切,同时对大型非球面零件的加工设备和加工工艺的要求也越来越高。
- Keywords wheel vibration;spindle vibration;axisymmetric aspheric machining;surface error;surface roughness; 砂轮振动;主轴振动;轴对称非球面加工;加工精度;表面粗糙度;
- ERROR SEPARATION AND COMPENSATION TECHNOLOGY OF AXISYMMETRIC ASPHERIC MACHINING 轴对称非球面加工误差分离及补偿技术
