microlens 中文意思是什麼

microlens 解釋
微攝鏡
  1. Fabrication technology of microlens array by melting photoresist

    微透鏡陣列的光刻膠熱熔製作技術
  2. The influence of changing design parameters on diffractive microlens is investigated. the effects of changing design focal length and microlens material refractive index on diffractive efficiency and airy diffraction disc radius are presented. the numerical results are discussed by qualitative analysis

    首先研究了設計參數變化對衍射微透鏡的影響，給出了設計焦距和透鏡材料折射率變化對衍射微透鏡衍射效率、愛里斑半徑等的影響，並對分析結果作了定性討論。
  3. Microlens array - part 1 : vocabulary

    顯微物鏡系列.第1部分:詞匯
  4. This test system has important practical meanings to the research work of ld coupling to optic fiber. it can check the effects of process to fiber ' s tip, appraise the character of microlens, help us to find out the way to improving coupling efficiency

    該套測試系統對ld到光纖的耦合問題的研究有重要實踐意義，用該系統可以監測光纖端面的微加工，對光纖微透鏡的性能參數進行評測，從而摸索出提高耦合效率的加工方法。
  5. The surface roughness of the fabricated micro - optics structure is in the nanometer range ; the feature height of the diffractive phase step is in the sub - micrometer range ; and can be adjusted according to requirements ; and the optical aperture of the microlens can be changed from millimeter to centimeter magnitude

    所制微光學結構的表面粗糙度在納米量級，衍射相位臺階的高度在亞微米量級並可以根據需求靈活調整，通光孔徑在毫米至厘米量級的范圍內可調。
  6. A large number of basic phase structures in the diffractive microlens can be set and arranged by a diffractive integrating algorithm according to the appearance and feature parameters of the beam process

    組成衍射微透鏡的大量基本相位結構，可以根據人射和出射光束的形貌特徵及參數指標，通過衍射積分演算法靈活設置和排布。
  7. The outline of fiber ' s tip has very great influence on the coupling efficiency. it is reported, using the way of grinding and melting to form a microlens on the fiber ' s tip, can increase fiber ' s numerical aperture, reduce the ellipticity of laser, and improve coupling efficiency

    光纖端面的形狀對耦合效率有很大的影響，有文獻報道，採用拋磨燒熔等加工方法，可在光纖端面形成一個微透鏡，增大光纖的數值孔徑，對入射激光進行橢圓度校正，從而提高耦合效率。
  8. The variable - focus liquid microlens based on electrowetting on dielectric ( ewod ), which has the outstanding advantages of simple structures, low power dissipation, easily tunable of focal length, etc., is most attractive

    在提出的各種新型的可變焦微透鏡技術中，基於介質上電潤濕的微流體透鏡由於其結構簡單、功耗低、調節焦距方便等眾多突出的優點而被人們所重視。
  9. Then explains the theory of couple from ld to smf in details. against the several typical microlens models, concrete discussion and analyze are launched

    接著詳細闡述了半導體激光器到光纖微透鏡的耦合理論，並針對幾種典型面形的微透鏡展開了具體的討論和分析。
  10. Because the feature size of subwavelength diffractive microlens is smaller than the incident wavelength, scalar diffractive theory cannot be used to the analysis. it also precludes rigorous vector coupled - wave theory for its finite and aperiod structure

    由於亞波長衍射微透鏡的特徵尺寸小於入射波長，因此不能採用標量衍射理論來分析，又由於它是有限非周期的結構，嚴格的耦合波方法對它也不適用。
  11. Microlens array - vocabulary

    顯微透鏡系列.詞匯
  12. Numerical result illustrates that focal length becomes longer when incident wavelength becomes shorter, however the relationship between focal length and incident wavelength is n ' t absolute inverse ratio, it is that the increasing of focal length is faster than the decreasing of incident wavelength. at the same time the numerical result also show that scalar theory ca n ' t be used in the rigorous analysis of the dispersion property of subwavelength diffractive microlens

    然後研究了亞波長衍射微透鏡的色散特性，表明亞波長衍射微透鏡的焦距隨著波長變短而增加，但是波長與焦距之間並非簡單的完全反比例關系，而是隨著波長的減小焦距增加得更快，同時指出標量理論已不能準確分析亞波長衍射微透鏡的色散特性。
  13. In the course of experiment, we design and set up a microlens test system, which includes several main parts, such as photoelectric detection, signal enlarging, data gathering and analyzing and image processing, etc

    實驗過程中，設計並搭建了一套完整的微透鏡測試系統，包括光電探測、信號放大、數據採集和分析以及圖像處理等幾個主要部分。
  14. The collimating microlens for semconductor lasers are designed and the simulated results are provided

    本文還提出了一種新型的大功率激光二極體棒的多波長光束耦合技術。
  15. At last, discuss the processing technology of the microlens, and work out the supplementary software of the test system

    最後探討了微透鏡的加工工藝，並編制了測試系統的輔助軟體。
  16. At first, this paper summarizes the developing history of the microlens and looks forward to the application prospect of the fiber microlens

    本文首先概述了微透鏡的發展歷史，展望了微透鏡的應用前景。
  17. Based on computer, laser modulation, fiber coupling and microlens focusing technology, fiber coupled laser diode array is researched

    摘要採用計算機控制技術、激光器調制技術、光纖耦合技術、微透鏡聚焦技術，研究了半導體激光器的線陣。
  18. In the dissertation body - of - revolution finite - difference time - domain method ( bor fdtd ) is employed as the theory mode for the analysis of axially symmetric subwavelength diffractive microlens

    論文中將旋轉體時域有限差分法（ borfdfd ）作為分析具有軸對稱結構的亞波長衍射微透鏡的理論模型。
  19. We discuss a low cost fabrication method of a diffractive microlens with high performance for both blue and red dvd objective lenses, which consists of single - step photolithography and a wet etching process

    摘要採用單步光刻和濕法腐蝕工藝，低成本快速製作面向高性能藍光和紅光dvd光學頭物鏡的衍射微透鏡。
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