工程光学

  • 网络Engineering Optics
工程光学工程光学
  1. 工程光学基础课程的实验教学改革

    Discussion on Reform of Fundamental Engineering Optics Experiment

  2. 《工程光学》双语教学探讨

    Discussion on Bilingual Teaching in Engineering Optics

  3. 软X射线多层膜技术是目前工程光学和应用光学中的一个热点。用多层膜可以组成类似于可见光波段的各种软X射线光学仪器,如望远镜、显微镜、投影光刻系统和光谱仪器等。

    The multilayer with working wavelength at soft X ray range is a key component which can construct a variety of optical systems , such as telescopes , microscopes , projection lithographic systems , spectrographs etc.

  4. 针对目前市场上流行的高像素拍照手机,利用ZEMAX工程光学设计软件,对其摄像镜头进行了设计与优化,并对优化后的结果进行了分析。

    For the high pixel mobile camera phone in present market , the pick-up lens was designed and optimized by using ZEMAX optical design software , and the optimized results were analyzed .

  5. 工程光学膜的偏振效应

    Effects of Polarization on Engineering Optical Coatings

  6. 工程光学教材及其课堂教学改革探讨

    A Discussion about Reforming the Teaching Material and the Classroom Teaching of the Optics in Engineering

  7. 工程光学的发展趋势

    Recent Trends of Engineering Optics

  8. 利用工程光学理论中的棱镜转动定理,充分证明了下反稳像式坦克瞄准镜的稳像原理。

    Image-stable principle of down-reflection image-stable tank aiming mirror is fully demonstrated with prism rotary principle of optical engineering theory .

  9. 笔者基于《工程光学》双语教学的实践,对该课程开展双语教学的意义、教材选用、授课方式、考核方法等问题进行了探讨。

    The significance of bilingual teaching , selection of teaching materials , active and effective teaching methods , and the way of assessment are discussed in this paper , based on the author 's bilingual teaching practice in the course of Engineering Optics .

  10. 过去,光学对物理学的发展起了非常重要的作用。现在,由于与光学相关的环境的重大改善,即激光的出现、光电子学与计算机的发展,使光学或工程光学的应用迅猛发展。

    Optics played very important roles in physics in the past , and recently applications of optics or engineering optics have developed extensively because of an important change of circumstances around optics , i. e. advent of lasers , development of electronics and computers .

  11. 为了保证月球探测工程中光学成像探测系统及其采集处理系统的的质量,本文针对CCD立体相机的辐射定标和探月工程光学成像探测系统科学数据判读展开了讨论和研究。

    In order to insure the optics imaging system and the collecting system to work , the paper discusses and studys the radiometric calibration of the CCD camera and the interpretation of the scientific data .

  12. DNA序列分析及配套技术的研究不仅是一门科学,更是一项高科技产业,它涉及微细加工、高分子科学、分析化学、生物工程、光学工程等多个学科领域。

    Studies on DNA sequence analysis and its correlative technologies are not only a scientific branch , but also a high technology industry , which covers multi-disciplines such as microfabrication , polymer science , analytical chemistry , biological engineering , optical engineering and so on .

  13. 航空工程复杂光学系统的计算机辅助设计

    CAD of the complicated optical systems in Aeronautical Engineering

  14. 电网改造工程中光学互感器的应用探讨

    Study on Application of Optical Transformer in Power Grid

  15. 波前工程与光学超分辨

    Wavefront Engineering and Optical Super Resolution

  16. 随着大型激光工程和光学系统的发展,自适应光学技术已得到长足发展,应用领域从军事应用、科学研究逐渐扩展到民用领域。

    Adaptive optical technology has been improved with the development of large-scale laser engineering and optical system .

  17. 纳米级厚度薄膜在微电子、材料与化学工程、光学与激光技术等诸多科学领域有着广泛的应用。

    The films with thickness of nanometers have wide applications in the fields of microelectronics , materials and chemical engineering , optical and laser technology .

  18. 微机电工程、光学与光电子工程、精密工程、生物医学工程等领域的迅猛发展迫切需要能够在亚毫米级、微米级空间进行微操作的微执行机构。

    The rapid development of micro electro mechanical engineering , optics and photonics engineering , precision engineering , biomedical engineering and other fields urgently need the micro-enforcement agency which can micro-operation in the space of sub-millimeter , micron-level .

  19. 这类特殊的高分子聚合物在很多领域得到了广泛的应用,比如:工业建筑,石油化学和汽车工业,航空航天工业,化学工程,光学,纺织物品的处理,文物石碑的处理和微电子学等。

    Fluoropolymers have many applications , such as industrial architecture , petroleum chemistry , automobile industry , aviation and spaceflight industry , chemical engineering , optics , disposal of spin article , disposal of cultural relic monument and micro-electronics .

  20. 面向逆向工程的光学测量系统&结构光测量仪所使用的软件与专业的商用逆向软件不同,它主要是基本的测量软件,为仪器的测量和数据输出提供基本的支持。

    The software system of measuring instrument based on structure-light which faces to reverse engineering is different from the professional and commercial reverse software . It is mainly basic measuring software , and provides the basic support for the measuring of instrument and the outputing of data .

  21. 提出了一种基于逆向工程技术的光学3D扫描测量来检测产品质量的方法。

    A new method which is used to measure the quality of production by3D scanning is introduced .

  22. 由于Zernike多项式的各项与光学像差有相应的对应关系,用Zernike多项式对镜面面形数据进行处理的方法已经广泛应用于工程项目、光学系统设计软件和干涉检查等。

    The items of Zernike polynomials have corresponding meanings of Seidel aberrations . The method of using Zernike polynomials to fit optical surfaces has been widely used in project , optical design software and interference check .

  23. 成像光学工程面临的光学问题

    Optical Problems in Imaging Optical Engineering

  24. 现代光学工程中,光学薄膜具有重要地位,可以说,没有光学薄膜,就没有当今许多复杂的高性能的光学仪器、光电子器件以及各种光电系统。

    Optical thin film plays an important role in Modern Optics . Without the optical thin film , there are no many complex high performance optical instruments , optoelectronic device and optical system .

  25. 金刚石砂轮广泛用作硬质合金、工程陶瓷、光学玻璃、半导体材料、花岗岩等硬脆难加工材料的磨削工具。

    Diamond grinding wheels are widely used as grinding tools in manufacturing of hard and brittle materials , such as hard alloy , engineering ceramics , optical glass , semiconductor materials , and granite .

  26. 生物、化学与工程技术中的光学传感器;

    Optical Sensors In Biological , Chemical , And Engineering Technologies ;

  27. 整个工程实施阶段,光学探测系统占据着重要地位。

    Its optical detection system plays an important role throughout the different stages of the project .

  28. 介绍了工程中用激光光学方法检测柱状结构内尺寸参数的新进展。

    The latest developments on the cylindrical inner dimension measurement with laser optical methods are introduced in this paper .

  29. 经过过去几十年的发展,纳米材料及其技术成功地应用于环保、陶瓷、润滑油、生物工程和医学、光学材料、磁性材料、调色材料等领域。

    After the development of past decades , nano materials and nano technology have been applied successfully in the field of environment protection , ceramics , lubricants , biological engineering , medical , optic materials and pigments .