光学工程

ɡuānɡ xué ɡōnɡ chénɡ
  • optical engineering
光学工程光学工程
  1. 重点阐述了ALD在微电子技术、微电子机械系统以及光学工程中的几个应用研究现状。分析了ALD目前存在的问题,并对ALD未来的发展进行了展望。

    Its status quo of applications in microelectronics industry , microelectronic mechanical system and optical engineering was also discussed .

  2. 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 .

  3. 本文着重从激光和光学工程的角度阐述了CO2激光外科装置的设计。

    From the point of view of the optics and laser engineering , this paper put emphasis on the design of a CO_2 laser surgical equipment .

  4. 迪斯克工程有限公司是一家光学工程公司。

    Disc Engineering Limited is a light engineering company .

  5. 光学工程概述

    A Brief Introduction to Optical Engineering Summary

  6. 无机氧化物薄膜在现代微电子学、固体电子学和光学工程中有广泛的应用。

    Inorganic oxide films are widely used in modern microelectronics , solid-state electronics , optical engineering .

  7. 成像光学工程面临的光学问题

    Optical Problems in Imaging Optical Engineering

  8. 高能激光的产生、传输和应用是现代激光技术和光学工程的重要发展方向。

    Making and propagation and application of high-energy laser are an important direction of modern laser technology and optics engineering .

  9. 光纤激光器是一种先进的光有源器件,为光学工程领域内的重要器件之一。

    Fiber laser is an advanced optical active device and is also one of the most important devices in optical engineering field .

  10. 结合几个光学工程的设计实例,概括了有限元法在光学系统结构应力分析、形变分析和动态特性分析等方面的应用。

    Some examples on optical engineering are provided to illustrate its different applications on stress analysis , strain analysis and dynamic analysis etc. .

  11. 也就是说,我们都从事光学工程的,并在同一市场销售。

    That is to say , we are both in the field of light engineering and we both sell in the same markets .

  12. 由于其稳定的传播特性和极低的产生功率,这样的光孤子在光信息处理和光学工程中有潜在的应用。

    In such resonant system , optical solitons would have great potential application in optical information processing and engineering , because of stable propagation and low power .

  13. 在精密机械、光学工程、生物医学工程和工业生产等众多领域都存在着椭圆型孔径检测的需求。

    The requirement of measuring elliptic pore size exists in lots of areas , such as fine mechanism , optical engineering , biomedical engineering , industrial production etc.

  14. 该驱动器在精密运动、微操作、光学工程、精密定位等精密工程中有广阔的应用前景。

    This kind of actuator will be applied for large travel and high resolution driving device , optics engineering , precision positioning and some micro - manipulation field .

  15. 激光加工金刚石工小具属于激光先进制造技术领域,涉及光学工程、机械、电子、材料等多学科各专业。

    Laser processing diamond tools is an advanced manufacturing technology field of laser , involving multidisciplinary knowledge , such as optics engineer , mechanics , electronics and material , etc.

  16. 角度测量是几何量计量科学的重要组成部分,在光学工程、机械、航空、军事等各个领域有着广泛的应用。

    Angle measurement is one of the most important parts in geometry measurement fields , which is used broadly in optical engineer , machinery , astronautics , and military affairs .

  17. 而我寻找我这个年代的财富&软件、智囊、复合算法、知识工人、呼叫中心、传输协议、光学工程的突破。

    I was searching for software , brainpower , complex algorithms , knowledge workers , call centers , transmission protocols , breakthroughs in optical engineering-the sources of wealth in our day .

  18. 微定位系统是当今科学研究和工程应用领域的热点。微定位系统应用领域主要有光学工程、微机械装配、精密检测、纳米科学研究、医疗科学与生物工程、半导体工业、航天航空等领域。

    Micro-positioning system has attracted much attention recently in such application fields as optical engineering , micro-assembly , precision measurement , nano-science , medical science , biology , semiconductor industry and aerospace .

  19. 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 .

  20. 纳米级精密定位技术在微电子技术、光学工程、微机械制造与装配、生物工程、高精度的基础测量等众多科学领域中得到越来越广泛的应用。

    Nano-positioning systems have widely been applied into many fields , such as micro-electric technique , optical engineering , MEMS manufacturing and assembling , bioengineering and high accuracy basics measurement , and so on .

  21. 微电铸技术在制作具有微细结构的金属模具或器件方面具有突出优势,广泛应用于电子信息、生化检测、光学工程和国防工业等领域。

    Micro electroforming has many advantages in fabricating metal mold with micro-structure or micro-device , which is widely applied in electronic information , biological detection , optical engineering , national defense industry and other fields .

  22. 文章概述了在饱和非线性介质中的变折射率光学工程的主要目的、内容和记录方式的类型,展示了国内外的发展动态及目前存在的主要问题,并提出了相应的解决办法。

    An overview is given of the main types of recording in saturable nonlinear media by changing refractive index optical engineering , with particular reference to the current problems , corresponding solutions and latest developments .

  23. 本文从激光和光学工程角度讨论了动态测量装置中光学设计的几个问题,给出一个实用的设计方案。

    In this paper , the several problems of optical design for a dynamic measure apparatus are discussed from the point of view of laser and optical engineering . A practical result of the design is given out .

  24. 在光纤光电子领域,提高器件性能,发展新技术,以及实现光纤光电子系统智能化是适应现代光学工程发展必然的趋势。

    It is an inevitable trend to improve the performances of devices , put forward new techniques , and realize the intelligences of fiber optoelectronic systems , which is for the purpose of meeting the development of modern optical engineering .

  25. 基于微流通道的生物分析技术是目前生物检测的研究热点,它涉及微细加工、生物工程、分析化学、高分子科学、光学工程等多个学科领域。

    Biological analysis technology based on microfluidic channel is a focus for scientists in the field of biological detection , which covers multi-disciplines such as microfabrication , biological engineering , analytical chemistry , polymer science , optical engineering and so on .

  26. 它具有工艺简单、技术难度较小、设备条件要求不高和选材范围广泛等优点,在国内外光学工程技术领域得到了广泛的研究和应用。

    The technology has the advantages of simple process , small technical difficulty , common equipment conditions and wide material selection range . The technology has been extensively investigated and applied in the technical field of optical engineering at home and abroad .

  27. 西湖大学将包括12个一级学科,分别是:生物学、生物医学工程、药学、物理学、数学、化学、基础医学、计算机科学与技术、电子科学与技术、光学工程、材料科学和机械工程。

    Westlake University will include 12 disciplines at first-class level -- biology , biomedical engineering , pharmaceutical science , physics , mathematics , chemistry , basic medical sciences , computer science and technology , electronic science , optical engineering , material sciences and mechanical engineering .

  28. 本文提出了光学工程类专业在新时期的几种调整归并方案,并重点分析了从仪器仪表转向信息工程的科学性、前瞻性和可操作性。

    In this article , several proposals on the adjustment and combination of the discipline of optical engineering in the new age are presented and the analysis on the scientificity , potentiality and feasibility of transforming optical instrument and devices into information engineering is mainly gives .

  29. 气动光学的工程研究

    Study on the Application of Aero - Optics

  30. 采用激光和波带板的电视对准光学系统工程研究

    Engineering Study of the Optical System for TV Alignment Using Laser Source and Zone Plate