光纤传像的英文

• fibre optic image tra mi ion
• fibre optic image transmission

• "光纤"英文翻译    fibre-optical
• "传"英文翻译    commentaries on classics
• "像"英文翻译    likeness; portrait; picture
• "石英传像光纤" 英文翻译 :    silica image fiber
• "光纤传感" 英文翻译 :    fibre optical sensors
• "光纤传感器" 英文翻译 :    fiber optic sensors; fibre optic sensor; fibre optical sensors; optical fiber se or; optical fibre sensor
• "光纤传输" 英文翻译 :    optic fiber transmission; optical fiber transmission; optical fibre transmission
• "光纤传象" 英文翻译 :    fiber optic image transmission
• "光纤传递函数" 英文翻译 :    optical fiber transfer function; optical-fibre transfer function
• "光纤传输函数" 英文翻译 :    oftf optical fiber transmission function
• "光纤传输设备" 英文翻译 :    fibre optic transmission equipment; optical fiber tra mi ion facilities; optical fibre transmission facilities
• "光纤传输设施" 英文翻译 :    optical fiber transmission facilities
• "光纤传输损耗" 英文翻译 :    fiber transmmison attenuation
• "光纤传输网络" 英文翻译 :    fotn fiber optic transmission network
• "光纤传输系统" 英文翻译 :    fiber-optic transmission system; fibre-optic transmission system (fots); fots fiber optic transmission system; optical fiber transmission system
• "光纤传送模块" 英文翻译 :    ftm fiber transfer module
• "电压光纤传感器" 英文翻译 :    vfs voltage fiber sensor
• "分布式光纤传感" 英文翻译 :    dfos distributed fiber optic sensing
• "分布式光纤传感器" 英文翻译 :    dfos distributed fiber optic sensing; dfs distributed fiber sensor; distributed fiberoptic sensor
• "高温光纤传感器" 英文翻译 :    high temperature optical fiber se or; high temperature optical fiber sensor
• "光敏光纤传感器" 英文翻译 :    photose itive fiber optic se or; photosensitive fiber optic sensor
• "光纤传感器基础" 英文翻译 :    fundamentals of fibre optical sensors
• "光纤传感器及应用" 英文翻译 :    fibre optical sensors & applications; fundamentals of fibre optical sensors
• "光纤传感耦合器" 英文翻译 :    optical fibre pickoff coupler
• "光纤传输数据接口" 英文翻译 :    fiber distributed data interface fddi

• Influence of alignment between input signal and line - array fiber - optic image bundles on the modulation transfer function
  输入信号与线列光纤传像束的位相匹配对调制传递函数的影响
• The lensless fourier hologram of object by using selfoc lens is obtained , and the clear image is numerical reconstructed
  通过自聚焦透镜对物体成像，记录并再现了物体的全息图，得到了较满意的再现像，为进一步利用光纤传像奠定了基础。
• The topic of the evaluation and optimization of the optical fiber image transmission system which used optical fiber image transmission bundle as the relay image transmission device was roundly and deeply studied in theory in this article
  本文对以光纤传像束作为中继传像器件的光纤传像系统的像质评价与优化问题进行了全面、系统和深入的理论研究。
• Passive optical fiber image transmission technology is a new image transmission technology which used optical fiber image transmission bundle as the relay image transmission device , its important advantages are that it can bend the light course , and can achieve to parallel and real - time planar image soft transmission in the case of passive observation , also it can greatly simplify the structure of long light course system , and reduce the volume of optical instrument , as well as the weight of equipment , so it has wide military and civil application future
  无源光纤传像技术是一种应用光纤传像束作为中继传像器件的新型的图像传输技术，其重要优点是可实现光路弯曲及被动观察条件下并行、实时的二维图像传输，并可大大简化长光路系统结构，减小仪器体积和重量，在军事上和民用中均具有重要广泛的应用前景。
• The optimization theory , optimum dispersion value , dispersion direction and the factors affecting on the imaging quality of planar image in wavelength multiplexing optical fiber image transmission system was deeply and th eoretically analyzed as the emphases in this article , and at the same time through the development of true optical fiber image transmission system ( optical fiber periscope ) , the studying of making the image quality optimization of optical fiber image transmission system being useable and been used in engineering was completed
  其中，重点对波分复用光纤传像系统二维图像的像质优化机理、最佳色散量与最佳色散方向的选择，以及影响系统成像效果的各种主要因素进行了深入的理论分析；并结合实际光纤望远系统? ?光纤潜望镜的研制，完成了光纤传像系统像质优化的实用化、工程化实现研究。
• The wavelength divided multiplexing technology usability is the innovative key which advanced the imaging quality of optical fiber image transmission system , and was used hi military scout equipment successfully . this technology is the important base and methods to exploit the new utility fields of the passive optical fiber image transmission system
  波分复用改善光纤传像系统实用化技术关键的突破，以及在我国首次将其成功地应用于军用侦察装备光纤潜望镜中，为将无源光纤传像技术与波分复用像质优化技术相结合开辟新的更广泛的应用领域奠定了重要基础。