To avoid the disturbance of flaws and improve the accuracy in measurement of surface cleanliness-level of precise optical elements,an image detection system based on machine vision method was proposed,in which a set of movable clamping fixtures for optical elements of various sizes and a three-dimensional electronic control platform were designed.
为解决精密光学元件表面洁净度检测面临疵病干扰及测量精度不理想的问题,提出了基于机器视觉方法的图像检测系统,设计了适用于多种尺寸待检测元件的活动夹具和三维电控平台。
General-cleanliness-level inspection for ultra-smooth optical surface in Shenguang Ⅲ system
神光Ⅲ精密光学元件表面广义洁净度检测
Surface Cleanliness Level Detection by Imaging Method for Precision Optical Elements
精密光学元件表面洁净度成像检测系统
Research on Surface Defect Recognition Based on Machine Vision;
基于机器视觉的大口径精密光学元件表面疵病的识别研究
Experiment and Analysis on Precise Polishing of Optical Elements on MRF
光学元件的磁流变精密抛光实验分析
Study on Ultra-precision Continuous Polishing of Large Aperture Optical Components;
大口径光学元件超精密环抛技术研究
Removing Characteristics of Ultraprecise Bonnet Polishing on Spatial Optics Elements
空间光学元件超精密气囊抛光的去除特性研究
Current Situation of Ultra-Precision Bonnet Polishing Key Technology of Optical Elements
光学元件超精密气囊抛光关键技术研究现状
OUR MICRO-FIBER WIPER IS MADE VERY SOFT AND HIGH TENSILE STRENGTH.
敝公司专门生产无尘擦拭布，适用于精密电子或光学产品，如电子零件、动元件、C产品擦拭使用。
Research on Hydrokinetics and Finite Element Analysis of Fine Couplings;
精密偶件运动副的流体动力学及有限元分析
Studies on Computer Controlled Optical Finishing for Large Aperture High Precision Optics;
大口径高精度光学元件数控抛光技术研究
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
Studies on High-accuracy Wavefront Test Techniques of Optical Components in ICF;
ICF系统光学元件高精度波前检测技术研究
precision fiber optic connector
精密纤维光学连接器
Study on Processing and Measuring Ultra-smooth Surface of the High Accurate Angles Optical Components;
高精度角度光学元件超光滑表面的加工和检测技术研究
The Influence of Cutting Fluid on the Critical Cutting Condition in Precision Machining of Optical Glass
切削液对光学玻璃精密切削临界切削条件影响的研究
Laser Beam Shaping Using Binary Optical Element;
利用二元光学元件实现激光波前整形
unmounted optical element of plastics
塑料光学元件,未装配的
