binary optics中文是什么意思

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中文翻譯
造句

二元光學

binary adj. 二，雙，復；【化學】二元的；【數學】二進制的。 ...
optics n. 〔作單數用〕光學。
diffractive binary optics 衍射二元光學
binary adj. 二，雙，復；【化學】二元的；【數學】二進制的。 n. 二，雙，復；雙體，復體；【天文學】雙[聯]星【數學】二進制。
binary binary 二進制
ocean optics, marine optics 海洋光學
optics worksho optics laboratory 光學所
quantum optics and statistical optics 量子光學與統計光學
aberrated optics 有像差光學系統
active optics 能動光學; 有源光學; 主動光件; 主動光學系統
adaptive optics 調適光學; 調適形光件; 自適應光學系統
adiabatic optics 絕熱電子光學系統
advanced optics 高等光學; 近代光學基礎
applied optics 應用光學
atmospheric optics 大氣光學
atom optics 原子光學
autofocus optics 自動聚焦光學元件
beam optics 束流光學
bionics optics 仿生光學
camera optics 攝象機光學
changeable optics 可換光學系統; 可置換光學裝置
classical optics 經典光學
coated optics 鍍膜光學系統; 光學涂層
coherent optics 相干光學
collimating optics 平行光學

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例句與用法

New method for fabrication of backlighting fpd by binary optics
二元光學技術制作背光照明系統導光板
Jin guo - fan , yan ying - bai , wu ming - xian . binary optics m . beijing : national defense industry , 1998 . 55 - 64
金國藩,嚴瑛白,鄔敏賢二元光學m北京：國防工業出版社, 1998 55 - 64
Chapter two presents optical imaging characters of binary optical elements . in chapter three the principles of binary optic hyperspectral imaging technology are firstly introduced
第二章介紹了二元光學元件的成像特性，指出了二元光學元件的獨特的色散特性。
Then design and characteristic equations , incoherent point spread function psf and computer simulations of binary optic imaging spectrometer ' s imaging performance are provided
第三章詳細介紹了二元光學成像光譜技術的基本原理、特性方程、目標重建算法和優缺點。
In this paper , the development of micro - system is explained . the present research of binary optics and the main methods for shaping are described and some kinds of the methods of etching are compared
本文闡述了微系統的發展過程，敘述了二元光學的研究現狀和二元光學的成型過程，比較了幾種不同的刻蝕過程方法。
In chapter one of this dissertation the development history n characters and application of binary optics are reviewed . and the development , principles , classification and application of hyperspectral imaging technology are introduced
本文第一章概述了二元光學的發展概況，二元光學元件的特點和應用，及成像光譜技術的基本原理、基本儀器類型。
In chapter six simple experimental prototype is designed and fabricated and experiments concerned are performed with it which demonstrate the basic theory and algorithms of binary optic hyperspectral imaging technology . finally , suggestions for future work are presented
第六章介紹了利用二元光學軸向色散的凝視光譜成像實驗裝置的設計，制備和試驗情況，得到了較好的試驗結果，驗證了二元光學成像光譜技術的基本原理和算法。
The binary optic hyperspectral imaging technology is a spectro - tomographic technique which integrates over a narrowband of the image cube which is a new concept of imaging spectrometer . so the general research direction and the basic research scheme are determined
通過把光譜層析技術和窄帶濾波技術相結合，實現了一種新的成像光譜原理，即利用二元光學元件軸向色散的凝視成像光譜技術，從而確定了論文的總體研究方向和基本方案。
Binary optic imaging spectrometer is a practical image spectrometer that can be built to operate at ultraviolet , visible or infrared wavelengths for applications in surveillance , remote sensing , medical imaging , law enforcement , environmental monitoring , and laser counter intelligence
利用二元光學透鏡軸向色散的凝視成像光譜儀在理論上是可行的，它可設計為工作在紫外、可見、和紅外波段用于空間監視、遙感、醫學成像、環境監測等方面。
The first section includes the theoretical and numerical analysis for diffractive optics elements and the second one gives the results of the fabrication experiments of diffractive optics elements . in the first section , we analyzed the antireflection of the diffraction optics elements . binary optics processing methods may be applied to a glass or silicon substrate to generate an array of small columns in order to enhance transmission
在理論分析的部分，本論文完成的主要工作是用耦合波理論分析了在玻璃或硅基底上制作具有亞波長結構的圓柱形網格陣列以實現對入射光的增透作用，為此而編寫的程序實際上也可以用來分析計算單位周期內具有任意面形的網格光柵的電磁場衍射特性。