micro-optics 中文意思是什麼

micro-optics 解釋
微光學
  • micro : n. ,adj. 〈美口〉1. 微型電腦（的）。2. 特超短裙（的）。
  • optics : n. 〈作單數用〉光學。
  1. Single crystal silicon is the semiconductor material which is used mostly in the present electronic industry, it play a very important role in the field of aviation - astronavigation, optics, electron and micro - electronics

    單晶硅材料是當代電子工業中應用最多的半導體材料，它在航空航天、光學、電子和微電子等領域發揮著十分重要的作用。
  2. The important trend of spectrometer is microminiaturization 、 integration and intelligence. the development of micro optics electronics mechanics system ( moems ) creates condition for microminiaturization and integration of spectrometer, the development of computer 、 artificial intelligence 、 chemometrics offers opportunity for intelligence of spectrometer

    以微機械、微電子和微光學為基礎的微光機電系統為光譜儀的微型化、集成化創造了條件，而計算機、人工智慧和化學計量學的發展則為光譜儀的智能化提供了契機。
  3. We have accomplished a primary explore of the checkout system, such as, the design of imaging optics road, the calculation and selection of sensor, the selection of digital processing chip. we utilize dam6416p board and ccs2. 2 software to put up a micro - dot simulation system

    本文完成了該檢測系統的初步探索：根據幾何光學原理，設計了成像光路的方案；完成所需圖像傳感器分辨能力的計算和型號的選擇；完成了數字信號處理晶元的選擇，及對模擬開發系統的學習和初步應用，並利用基於tms320c6416晶元的dam6416p模擬開發版和集成開發環境ccs2 . 2 ，搭建了一個顯微網點處理系統，從而驗證了系統的可行性。
  4. Introduce the measurement of the common optics parameter of the medium lens, for example, light passing index, no - sphericity and so on, emphasize on the way and result of using shearing interferometric technique to measure the refractive index distribution curve of the micro - lens

    第四章介紹對所制備的此種介質球透鏡的透過率、不圓度等重要光學參數的測量。重點闡述利用剪切干涉技術測量微球透鏡的折射率分佈曲線的方法和測量結果。
  5. Based on the theory of geometrical optics, the relationship between the axial force exerted on the micro - sphere particles in the mie scattering field and the main parameters of laser is calculated quantitatively when the absorption is considered. the results not only show the relationship between the axial force and some parameters, that include the absorption coefficient of microscopic particles, the laser wave - length, power and so on, but also are useful for choosing parameters in experiments

    摘要以射線光學模型為基礎，對微粒直徑遠大於激光微束的米氏粒子在考慮對光的吸收時軸向力與光源參數的關系進行了計算，計算結果給出了軸向力與微粒的吸收系數、波長、激光功率等參數的關系，為實驗中參數的選擇提供了依據。
  6. Analytical instruments, micro - capillaries, glass ferrule and glass ceramic ferrules for optical fiber communication systems. with our energetic and experienced members, we are boned to work closely and enthusiastically with our customers in the development of the latest fiber optics technology

    巨晰光纖成立至今，一直以發展成為光電光通訊廠商自期，並與上下游廠商建立良好關系，全方位服務，縮短交期、降低成本。
  7. Fo has developed fiber optics technology into the reality from drawing optical fibers and processing them into commercial fiber optic cold light systems, industrial light guides for microscopy and analytical instruments, micro - capillaries, glass ferrule and glass ceramic ferrules for optical fiber communication systems

    巨晰光纖成立至今，一直以發展成為光電光通訊廠商自期，並與上下游廠商建立良好關系，全方位服務，縮短交期降低成本。
  8. 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。
  9. Instrument technology research center ( itrc ) has devoted to limited and diversified ultra - precision components fabrication for more than 30 years, and established various aspheric optics fabrication units, precision centering machines, and micro lens and diffractive optical element ( doe ) machining devices in the past years

    摘要為配合國內光電產業之蓬勃發展，儀器科技研究中心在既有之傳統光學加工與精密光機元件、微光學元件以及非球面光學元件之加工與檢測技術能量上，於94年度引進五軸超精密鉆石車削輪磨機，以擴展完整的光學工程技術陣容，滿足多樣性之研發需求。
  10. Laser detection of micro - angle vibration of optics bench

    光學平臺微角振動激光探測方法研究
  11. In fundamental theory, adaptive optics, electrostatic actuation, flexure beam theory and squeeze film damping are researched ; in fabrication, bulk micro fabrication process and surface micro fabrication process are researched and compared, then the structure parameters and layout of a 8 x 8 micromirror array are designed using summit foundry ; in analysis, analytical and numerical method are used to perform static analysis, modal analysis, transient analysis, frequency analysis and to characterize the farfield performance of this 8x8 micromirror array. finally, in order to realize large scale micromirror array with lower snap down voltage, advices are given for further research

    在基本理論方面，通過對自適應光學，靜電力驅動，彈性梁理論和擠壓薄膜阻尼的研究，確定了微變形鏡的配置方案；在加工方面對體加工工藝， mumps工藝和summit工藝進行了研究與比較，並選用殘余應力小，表面質量好的summit工藝對8 8的微變形鏡陣列原型進行了結構設計與版圖設計；在分析方面主要對微變形鏡單元的靜態特性，模態特性，瞬態響應，頻率響應和8 8規模的微變形鏡陣列的遠場光學模型進行了研究，確定了微變形鏡的性能參數。
  12. Diffractive optics analysis of integrated micro optical light guide plate

    集成微光學導光板衍射分析
  13. Examples of muss include precision instruments, nanomanipulators, fiber optics, micro / nano - photonics, nanorobotics, mems ( piezoelectric driven manipulators and optics ), x - ray telescopes and carbon nano - tube assemblies

    多尺度系統的例子包括精密儀器、奈米操縱器、纖維光學、微米/奈米光子學、奈米機器人學、微機電系統（壓電驅動操縱器和光學） 、 x光望遠鏡和碳奈米管配件。
  14. Chapter 1. simply introduce the background knowledge of gradient index optics, micro - optics and polymer gradient index material. besides, elaborate the contents and significance of the research

    第一章簡要介紹梯度折射率光學器件、微小光學及高分子梯度折射率材料的發展和現狀，以及本工作的研究內容和意義。
  15. Main contents as followed : chapter 1. simply introduce the background knowledge of gradient index optics, micro - optics and polymer gradient index material. besides, elaborate the contents and significance of the research

    本論文的主要內容如下：第一章簡要介紹梯度折射率光學、高分子梯度折射率材料的發展歷史與現狀，及本工作的研究內容與意義。
  16. The device adapts discrete micro - optics and hybrid integrated optics, which are integrated on the same substrate patch to realize the wavelength multiplexing and dividing, and is of great value in the practical application

    採用微光學分立元件和（集成）光波導混合集成在同一塊基片上，實現合波和分路的功能，是一種具實際應用價值的新型多波長合波分路器。
  17. It has such advantages - simple geometric shape, small volume, short optical path, lightness in weight, easiness in producing by wholesale, etc. it has great potentialities in such fields as micro - optics, integrated optics and optics communication

    它具有簡單、高度對稱的幾何形狀，且透明度好、體積小、光路短、質輕、可批量生產，在微小光學、集成光學、光通訊等領域中具有廣泛的應用前景。
  18. It has such advantages ? simple geometric shape, small volume, short optical path, lightness in weight, easiness in producing by wholesale, etc. it has great potentialities in such fields as micro - optics, integrated optics and optics communication

    因其光學性能優越，且有體積小、光路短、重量輕、易於批量生產、便於集成等優點，在微小光學、集成光學、光通訊中有著誘人的應用前景，受到廣泛地重視。
  19. It is high - tech interdisciplinary and covers micro - mechanics, micro - electronics, micro - optics, fluid mechnanics, automatic control, physics, chemistry, viology, and material science, etc. and it has been attracting much attention around the world

    微機電系統研究的涉及微機械學、微電子學、微光學、流體力學、自動控制、物理、化學、生物學以及材料科學等學科，是一個多學科交叉的、高技術的邊緣學科，越來越被世人所重視。
  20. It is a new - type optics element, and its optical function is mainly achieved by the inhomogeneous reflective index distribution of the medium. it has such advantages ? simple geometric shape, small volume, short optical path, lightness in weight, easiness in producing by wholesale, etc. it has great potentialities in such fields as micro - optics, integrated optics and optics communication

    它是一種新型光學器件，主要依靠介質特殊的非均勻折射率分佈實現各種光學功能，具有幾何形狀簡單、體積小、光路短、重量輕、易於批量生產等特點，在微小光學、集成光學、光通訊中具有廣泛的的應用前景。
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