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- optical aspherical surface 光学非球面
- Null lens design for small aspherical surface with large NA[J]. 引用该论文 郭培基;余景池;孙侠菲.
- Discussion on the Manufacturing Technology of High-Gradient Optical Aspheric Surface with High Efficiency 高陡度光学非球面高效制造的探讨
- Simulation Calculation of Measuring Optical Aspheric Surface Based on Light Pattern Projection 光学非球面器件检测新方法探究
- Effecting of inclining error in installing to the optical aspheric surface work-piece in the lapping 非球面光学零件研磨中安装倾斜误差的影响
- The automatic manufacturing algorithm of rotary symmertrical optical aspheric surface 旋转对称非球面自动加工控制算法研究
- Keywords technology and equipment for machine building;large optical aspheric surface;non-axisymmetric aspheric surface;ultra-precision grinding;geometric model; 机械制造工艺与设备;大型光学非球面;非轴对称非球面;超精密磨削;几何模型;
- Keywords ultra-precision grinding;optical aspheric surfaces;wheel truing; 超精密磨削加工;光学非球曲面;砂轮修整;
- Design of aplanatic lens with aspheric surface[J]. 引用该论文 袁立银;郝沛明;周森林.
- An error compensation control method which can improve contour tracing accuracy of aspherical surface ultraprecise machine is introduced. 介绍了一种可提高非球曲面超精密加工机床的轮廓跟踪精度的误差补偿控制方法。
- A further study on the fabrication of microlens array by melting photoresist is describcd. The formation of aspherical surface is considered. 本文对光刻胶熔融法制作微小透镜阵列的机理进行了进一步深入的理论和实验研究，特别是提出和研究了非球面表面的形成问题。
- large optical aspheric surface 大型光学非球面
- Study on Servo Control System of Measurement Platform for Optical Aspheric Surfaces 光学非球面检测平台伺服控制系统研究
- 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。
- Study on microvibration experiment system of ultra - precision grinding optical aspheric surfaces 超精密非球面磨削加工微振动试验系统研究
- GEOMETRIC MODEL OF THE ULTRA-PRECISION GRINDING OF LARGE OPTICAL ASPHERIC SURFACES 大型光学非球面超精密磨削的几何模型研究
- 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。
- A kind of new ray-tracing formulae of revolving aspherical surface are derived through introduction of a set of aperture zone parameters, and the general object-image relation formulae are obtained. 本文通过引入一组孔径带参量,导出了一种新的旋转非球面光路追迹公式,并且得出了一般的物象关系公式。
- Performance of optical system can be improved by employing aspherical elements.Computer-controlled optical surfacing (CCOS) is one of the most important methods in fabrication of optical aspheres. 光学非球面的使用可以提高光学系统的性能、简化系统结构、减小系统体积，减轻系统重量，计算机控制光学表面成形（CCOS）方法是加工光学非球面的重要方法。
