optical binary 中文意思是什麼
optical binary
解釋
光學雙星-
( 3 ) fabrication methods of planar, y - branches, and channel waveguides employing structure lights formed by cylindrical lenses and optical binary masks are investigated experimentally in detail
對利用柱透鏡和光學二元掩模板形成的結構光在光折變晶體中寫入平面光波導、 y型光波導以及通道光波導的方法進行了詳細的實驗研究。 -
6. binary optical elements for spatial beam shaping are designed by using iiio algorithm. for gaussian beams the shaping result is given by using two different ways
基於hio演算法，設計了用於光束整形的二元光學元件，從兩條不同的途徑給出了高斯光束的整形結果。 -
First, the current optical system construction ' s optimization algorithms are based on the just optical system ' s preliminary construction which designers have selected. optical system program can not automatically change the optical elements ' nember. so that optical system design ' s intelligentized degree is not high. now this paper applies the genetic algorithms to lens design and shows that the genetic algorithms can effectively work in automatically changing the optical elements ' nember. next, this pape present a new computer design method that applies the genetic - simulated annealing algorithms to directly design the binary optical element
首先，由於現有的光學系統結構設計的優化演算法都是在選定了初始光學結構的基礎上，只對光學結構參數進行優化選擇，在優化過程中不能夠自動改變光學面數，導致光學系統設計的智能化程度還不是很高，採用遺傳演算法，實現了光學面的自動增減；其次，區別于傳統的二元光學設計方法，為避免其量化臺階數過大導致的成本及加工復雜度的增加，提出了運用混合優化策略遺傳-模擬退火演算法直接設計二元光學元件的新的計算機方法。 -
Binary optical elements, also known as phase zone plate lenses, have been proposed for many applications
二元光學元件具有多種應用，用作透鏡，在原理上色差非常大。 -
The research progress and the facing difficulties of active / passive planar optical waveguides were systematically summarized and reviewed in this paper. zro2 - si02 binary oxide gel glasses and films applied for active optical waveguides were prepared by the sol - gel method with zirconium oxychloride and tetraethoxysilane as precursors. the paper has investigated the influence of the compositions of system and heat treatment temperature on the system refractive index in zroj - sioj binary oxide gel glasses
本文在系統綜述有源和無源平面光波導材料研究進展、前景和面臨的主要問題的基礎上，應用溶膠?凝膠技術，以teos和zrocl _ 2 ? 8h _ 2o為先驅體，研製了用於有源光波導基質材料的zro _ 2 ? sio _ 2二元系統凝膠玻璃塊材和薄膜。 -
The binary optic imaging spectrometer is a small, high resolution, compact, economical, rugged, programmable spectral imaging sensor. this dissertation presents theoretical and experimental studies of stare hyperspectral imaging system using longitudinal chromatic aberration of binary optical lens
本文對利用二元光學透鏡軸向色散的凝視光譜成像性能進行了系統深入的研究，籌備了一臺利用二元光學元件的成像光譜實驗裝置，進行了相關實驗，獲得了實驗目標的光譜圖像，取得了很好的效果。 -
( 2 ) the means of converting laser intensity distribution at the focal plane using binary optical element ( boe ) has been proposed the main task is to design binary optical element having proper phase construction
（ 2 ）利用二元光學元件（ boe ）實現溫度分佈均勻化其主要任務是設計二元光學元件的相位結構。 -
The binary optical elements are small, light, easy to be copied and able to realize multi - purpose integrated, especially suits for the beam shaping of laser diode array, thus make us choose it for realizing our system. because single module gaussian beam can be decomposed in a pair of vertical directions, we transform each pair of vertical beams outputted by bars separately, this can make our design easy to achieve
可實現多功能集成等特點，特別適用於半導體激光器列陣的光束整形，因此我們選用二元光學器件來實現耦合系統?利用半導體激光器輸出的基模高斯光束可分離變量的特點，我們對面陣中各吧的兩個相互垂直方向上的光束分別進行整形變換，這樣整形器件可以設計成一維結構，便於實現 -
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。 -
The theory of image formation with binary optical element is developed in chapter four to describe and predict the system ' s performance
第四章詳細討論了二元光學元件三維光譜、空間成像原理，預計了成像系統特性，建立了數學模型。 -
Basing on y - axis " function request and design indexes of binary optical element ' s laser direct writing equipment, and simply contrasting with other projects of high - precision transmission system design, the paper puts forward the project of total structure design of the transmission system
本文以二元光學激光直寫設備y軸功能要求和設計指標為基礎，提出了該傳動系統的總體結構設計方案，並與其它高精度傳動方案進行了比較。
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