Research on the new quadratic rotated conicoid using normal equidistance method machine optical parts;
法线等距离线法加工二次旋转曲面光学零件的研究
Grinding technique of mirror surface of optical parts;
光学零件镜面磨削加工技术
The principle and the new technique of super precision processing of optical parts;
光学零件超精密加工机理及新技术
The mathematic model of principle of machining quadratic aspheric optical parts by locus shaping method is created.
建立了采用轨迹成形法加工二次非球面光学零件的数学模型,给出了相关变量的误差公式,并以某炸弹的导引头上的非球面透镜作为实例,分析了相关变量对轨迹形状误差的影响。
Aspheric optical part has made more and more influence on many fields such as national defence technology,aerospace and information.
非球面光学零件在未来的国防、航空、航天、信息等诸多领域中发挥着越来越重要的作用，非球面光学零件表面精度和表面质量的提高离不开超光滑表面抛光技术的支持。
Aspheric optical part processing is an acknowledged difficult problem around the world.
非球面光学零件加工是国内外公认的难题。
Chamfers for optical parts
GB/T1204-1975光学零件的倒角
Surface imperfections of optical elements
GB/T1185-1989光学零件表面疵病
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
The Design and Consider of Net-courseware about"Optic Component Technology"
《光学零件工艺学》网络课件的制作与思考
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)
Experiment and Analysis on Processing Quartz Glass Optical Parts by MRF
环带式磁流变抛光加工石英光学零件实验分析
" Thin-film coatings on optical parts--Classification, symbols and designations"
GB/T1315-1977光学零件薄膜的分类、符号及标注
Trends of the Manufacturing Technology of Optical Elements in the Early 21~(st) Century
21世纪初光学零件加工技术的发展趋势
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
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
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
DEVELOPMENT OF FEED CONTROL SYSTEM OF ULTRA-PRECISION GRINDING OPTICAL PARTS;
光学零件超精密磨削进给控制系统的研制
Study on Machining Small Precision Optical Component Using Thin Ion Beam
应用细小离子束加工小型精密光学零件
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
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
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
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
General specification of optical components for the scale and surface defects
GB/T11162-1989光学分划零件通用技术条件