optical computing 中文意思是什麼

optical computing 解釋
光計算
  • optical : adj 眼的；視覺的；視力的；幫助視力的；光學（上）的。 optical activity 【物理學】旋光性。 an optic...
  1. As the microbolometer which is voltage biased express some characters different from other infrared detectors under the effect of electric heat and infrared radiation together, the computing method of parameters, such as responsivity, noise, noise equivalent temperature different ( netd ), noise equivalent power ( nep ), optical gain, detectivity and so on is given in this paper. some of these parameters are particular compared with other detectors, and some have difference between microbolometer and other detectors

    由於微測輻射熱計在施加偏置電壓的情況下，電熱效應與紅外輻射的共同作用使它表現出與其他紅外探測器完全不同的一些特徵，文中給出了響應率、噪聲、噪聲等效功率、噪聲等效溫差、光學增益、探測率等參數的計算方法，這些參數中的部分是微測輻射熱計獨有的，或者與其他的紅外探測器的同一參數有所區別。
  2. It has many potential applications, including self - adaptive optics, optical computing and optical communications, image processing and real - time holography. in this thesis, we investigate the properties of the phase - conjugate wave produced by the self - pumped in cu : knsbn crystal and by the four - wave mixing in cr : sbn crystal

    光折變晶體具有非常大的非線性光學系數，是一種理想的相位共軛材料，因而被廣泛地應用於自適應光學、光計算、光通訊、圖像處理、實時信息處理等許多方面。
  3. The second part introduce the measurement system and the software. the measurement system includes light source, optical system, spectrometer and computer. the software have four modules including spectrum measurement module, data processing module, optimizing computing module and parameter setting module

    第一個是針對光學各向異性介質測量的系統，由光譜儀、輔助光路系統、計算機等組成，具有光路簡單、實驗易於操作、測量結果精度高的優點。
  4. Then the theoretical computing methods are presented, in which we emphasize particularly on the plane wave method ( pwm ) and the finite element method ( fem ). with the two methods mentioned above, important parameters such as bandgap, dispersion, leaky loss and so on are calculated, as well as the birefringence of two kinds of mf, which are in two different mechanisms. a new type of optical coupler based on dual - core bandgap microstructure fiber is presented

    主要研究內容如下: 1 、利用平面波展開方法和有限單元方法研究了微結構光纖的傳導特性，對三角形、蜂窩形柵格空氣孔包層結構的光子能帶進行了研究，在此基礎上闡述了光子晶體光纖的傳導機制，對折射率引導和光子帶隙引導微結構光纖的波導色散、泄漏損耗和有效模場面積進行了研究。
  5. The photo - addressed light crystal light valve ( lclv ) is a high performance spatial light modulator. it is not only used in displays, but also widely used in optical information processing, optical computing and other information systems

    光尋址液晶光閥是一種性能優越的空間光調制器，它不僅應用於顯示，也廣泛應用於光信息處理、光計算以及其他信息系統中。
  6. Advances are promising to make optical computing a reality

    發展進步正預示著實現光學計算的前景。
  7. So in recent years, much of the research in optical computing has focused on finding cmos - compatible ways to integrate electronic and photonic devices

    所以近幾年來，許多關于光學運算的研究都專注于找出讓光子元件與cmos相容的技術，以整合電子與光子裝置。
  8. Since 1987, many researchers have been engaged in the realization of photonic bandgaps, localized defect modes, and other optical properties peculiar to the photonic crystals. because photonic crystals are artificial crystals, it is our studing issue to design and fabricate the photonic crystals. many accurate numerical calculations could be performed thanks to the development of computing facilities. these calculations were really useful for the design of the photonic crystal structures

    自從1987年以來，許多研究人員試圖去實現光子晶體中的光子頻率帶隙和局域缺陷模以及其它一些光學特性。由於光子晶體是人造晶體，因此設計和製成光子晶體，就成了研究的焦點。
  9. 4. by using the expression for computing the output pulse ' s rms time width in an optical fiber link with up to fourth - order dispersion ( fod ), we present an expression of maximum fiber - link length, at which the output pulses can return to its original rms time width, in an optical fiber link with up to fourth - order dispersion

    利用包含四階色散的輸出均方根脈寬的表達式，獲得了線性超高速光時分復用系統在源啁啾和殘餘二階色散的作用下的最佳傳輸參量。在該最佳參量下，可獲得均方根脈寬恢復初始值的最大傳輸距離。
  10. Intellectual computing method of auto - design for optical lens

    光學透鏡自動設計智能化的計算方法
  11. This part firstly studies the relation between spectral transmission of the optical system and the thickness of medium. then a linear search algorithm base on analysing of the shape of curve is discussed. the simulation results show that the fitting error and the computing time of the algorithm satisfy the practical measuring requirements

    本論文首先討論了光譜透過率與各向異性介質厚度之間的數學關系，然後在分析曲線形態基礎上進行全值匹配，模擬表明，該演算法可以實現曲線完全擬合，擬合時間均在1秒以內，完全符合實際測量要求。
  12. A rapid computing method of zoom optical design

    變焦距系統設計的快速求解
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