space optics

英 [speɪs ˈɒptɪks] 美 [speɪs ˈɑːptɪks]

网络  空间光学

医学



双语例句

  1. Detection System Design of CCD Signals for Space Optics Remote Sensing Device Based on FPGA
    基于FPGA的空间光学遥感器CCD信号检测系统设计
  2. Dynamics environment is a very important factor for the development of space optics remote sensors because it can bring about damage to the structure of the equipment and its subassemblies.
    动力学环境是空间光学遥感器及其组件研制中不可忽视的一个重要因素,因为它会对整机或组件造成结构性的破坏,所以在其研制的不同阶段须进行充分的动力学环境试验。
  3. Management Process and Control of the Space Laboratory Transformation Project in Changchun Institute of Optics, Fine Mechanics and Physics
    长春光机所空间实验室改造项目管理过程与控制
  4. The space optics remote sensor, being a subsystem for executing significant task, has special requirements for its structure, behavior, operating precision, seal, reliability and so on.
    空间光学系统是执行重要任务的子系统,在结构及其性能、工作精度要求、密封性、可靠性等方面均有比较特殊的要求。
  5. Undoubtedly it presents the developing direction in the field right on behalf of space optics in research of this technology.
    此项技术的研究无疑代表着空间光学对地观测领域的发展方向。
  6. The topic of this thesis is ultraviolet communication system, one model of the Free Space Optics ( FSO).
    要谈到的紫外光通讯系统是自由空间光通讯的一种。
  7. The primary mirror is an important component of optical system applied on a space telescope, and its thermal optics property is the guideline to thermal design and control.
    主镜是空间望远镜光学系统的重要组成元件,其热光学特性将为光学系统的热控设计提供依据。
  8. The Free Space Optics communication system for civil use regards infrared light as transmission medium.
    民用的自由空间光通讯用到的一般都是红外光作为传输介质。
  9. Analysis of dynamo line source's optimization design on basis of space geometrical optics
    基于空间几何光学车灯线光源优化分析
  10. In recent ten years, with the development of space technique, electron optics, laser and computer science, remote sensing information is developed rapidly.
    近十几年来,随着空间技术、电子光学、激光和计算技术的日趋成熟,遥感信息处理技术得到迅速发展。
  11. Research on Laser Launch Power in Free Space Optics System
    自由空间光通信系统的激光器发射功率的研究
  12. Based on the principles of far field wave and near field wave, applications show that the space resolving power of far field optics detection is limited by optical diffraction but near field optics detection can break through the restriction.
    介绍了远场光和近场光的物理图景,根据它们的不同性质并结合应用,指出远场光学探测的空间分辨能力受光学衍射极限的约束,近场光学探测可以突破光学衍射极限。
  13. Study on modulation mode for free space optics communication
    自由空间光通信调制方式研究
  14. Free space optics ( FSO), the local broadband access technology, is a line-of-sight technology, delivering packet data through laser or optical pulse at the band of Tera Hertz.
    本地宽带接入技术&自由空间光通信(FSO)是一种视距技术,在太赫兹频段发射激光或光脉冲来传输分组数据。
  15. The New Development of Space Cryogenic Optics
    空间低温光学的新进展
  16. The development of space optics requires optical system lightweight.
    空间光学的发展对光学系统的轻量化提出越来越高的要求。空间光学系统中光学元件的轻量化问题已被人们所重视。
  17. With the development of electronics, astronavigation, aviation, astronomy, laser nuclear fusion, optical communications, military and so on, the aspheric optical components were applied in many optical instruments especially in the space optics.
    随着电子、航天、航空、天文、激光核聚变、光通信、军事等技术的发展,在很多光学仪器上采用了非球面光学零件。尤其是在空间光学方面,非球面光学零件被广泛的应用。
  18. For the progress of science and the enhancement of machining ability, Space optics has being developed greatly. More and more telescopes and space cameras were launched into Space to serve the human being.
    随着科学技术的进步,加工能力的增强,空间光学得到了很大的发展,越来越多的空间相机、太空望远镜被送入宇宙为人类服务。
  19. With the development and requirement of all-optic access network technology, free space optics as one of the advanced means of communication develops rapidly.
    随着全光接入网技术的发展及要求,自由空间光通信作为一种先进的通讯手段之一得以迅速发展。
  20. The paper firstly carries on the detailed introduction of the effects of atmospheric turbulence, the MIMO diversity and space-time coding, and then on the basis of some comparative analysis, it looks for technology widely used in free space optics.
    本文首先对大气湍流效应、MIMO分集及光MIMO系统和常用的空时编码进行详细介绍,然后对比分析,在此基础上寻找适合在自由空间光通信中被广泛应用的技术。
  21. Free Space Optics ( FSO), is a line-of-sight broadband wireless communication technology that uses light as media to transmit information in free space. It is the hot research subject nowadays in the world.
    自由空间光通信(FSO)技术直接利用激光在大气或外太空中进行信息传递,已成为国际研究的热点。
  22. Free space optics ( FSO) communication involves the use of modulated laser beams to send telecommunication information through free space or the atmosphere.
    自由空间光通信利用调制激光束通过自由空间或大气发送信息。
  23. Atmospheric sounding and research are the hot subjects which the earth and space scientific communities pay attention together. Limb imaging spectrometer for space-based atmospheric remote sensing is a new type space optics remote sensing instrument.
    大气的探测和研究是地球和空间科学界共同关注的热点课题,用于空间大气遥感的临边成像光谱仪是一种新型空间光学遥感仪器。
  24. With the improvement of resolution of space optics remote sensing device, its focus and aperture are increasing continually. The ultra-thin reflecting optical system is already defined as the next generation space optical system, domestic and internationally.
    随着空间光学遥感器分辨力的提高,焦距、口径不断增大,国内外已经把超薄反射光学系统列为下一代空间光学系统。
  25. There are broad applicating prospects to High volume fraction SiCp/ Al composites in the fields of space optics and precision instruments for its high performances as such as high thermal conductivity, low thermal expansion coefficient, higher elastic modulus, et al.
    高体积分数SiCp/Al复合材料具有高热导率、低热膨胀系数、高弹性模量等优异性能,在空间光学及精密仪器构件领域具有广阔的应用前景。
  26. Ultraviolet Speech Communication is a new type communication system in free space optics communication field. Some excellent performances such as safety, anti-interference, Non Line-of-Sight, make it different from other communication mode.
    紫外光通信是一种新型的自由空间光通信方式,它具有一些特殊的优点,如保密性好、抗干扰性能强,非直视通信等。
  27. With the rapid development of space optics, the demand for optical systems with large aperture, long focal length, high resolution is increasing.
    随着空间光学的高速发展,对于大口径、长焦距、高分辨率的光学系统的需求量日趋增大。
  28. With the application of telescopes, spy camera and high-energy laser weapons at outer space, large aperture space aspheric optics with the characteristic of high light-weighted, high stiffness and high stability are demanded ever-increasing.
    随着望远镜、侦察相机、激光武器等装备向空间发展,对具有高轻量化、高强度、高稳定性特点的大口径空间光学非球面镜的需求激增。
  29. With the development of space optics, the demand of the instruments such as astronomical telescopes and space cameras has been increased. So the higher performance of the corresponding optical test system is necessary.
    随着空间光学的发展,天文望远镜、空间相机等仪器需求量日趋增大,其光学性能测试系统的标准也随之提高。