時延色散 的英文怎麼說

中文拼音 [shíyánshǎisǎn]
時延色散 英文
delay dispersion
  • : shí]Ⅰ名1 (比較長的一段時間)time; times; days:當時at that time; in those days; 古時 ancient tim...
  • : 色名詞[口語] (顏色) colour
  • : 散動詞1. (由聚集而分離) break up; disperse 2. (散布) distribute; disseminate; give out 3. (排除) dispel; let out
  1. The spectra characteristics, dispersion and time delay of the fiber gragg grating are analyzed and simulated with couple - mode theory

    利用耦合模理論對光纖布喇格光柵的光譜特性、特性進行分析和計算機模擬。
  2. Compare the results of the couple - mode theory, muti - films theory and the transfer matrix method, improve calculation of the delay and dispersion spectrum, 2

    比較分析了光纖光柵主流演算法的優缺點和各自的應用特點,並對譜的計算方法進行改進。
  3. A perturbation method by tight - binding approximation which provide the relation of phase constant and angular spectrum of fields of in - waveguide is presented. the strip width of phase constant can be given. on the other hand, the group delay - time due to the k dispersion in single - mode transmission can also be estimated

    提出一種利用緊束縛近似的微擾法計算陣列波導的相位常數與輸入光角譜的關系,由此算出相位常數的帶寬,並利用衍射方法估算單模傳輸中k引起的群
  4. On the other hand, a new technology using tunable laser as light source of delay system is proposed, which uses the characteristics of optical fiber material dispersion which means that the refraction index of optical fiber changes along with the difference of transmitting wavelength

    另一方面,提出一種通過採用可調諧激光器作為系統光源的技術,利用光纖的材料特性即光纖的折射率隨傳輸波長變化而改變的特點,來改變光纖中信號存儲的間,從而達到提高光纖遲線精度的目的。
  5. In this thesis, the spectral characteristics of a fiber grating are analyzed by using the coupled mode theory. the influences of various structural features such as the length, chirp, coupling coefficient and aperdization to the spectral characteristics were studied numerically with a transfer matrix method. the reflective spectral responses for fiber bragg gratings with different aperdization are analyzed, and the optimal aperdization is ob tained

    首先論文利用耦合模理論對光纖光柵的光學特性進行了詳細的分析,在對比了龍格庫塔法和傳輸矩陣法這二種常用的分析方法的基礎上,選擇傳輸矩陣法著重研究了光纖光柵長度、啁啾系數、耦合系數以及各種切趾函數與其反射譜譜寬、反射率極值、等特性的相互關系及影響。
  6. The interleaver with channel spacing of 50ghz is designed and prototype device is achieved. we test experimentally the interleaved spectrum in the c - band which is rectangle with ripple of less than 0. 1 db. and through measuring its time delay, we obtain the character of its dispersion. a novel architecture of 50ghz mfpi interleaver with different passband widths is put forward at first

    2 、設計了通道間隔為50ghz的mgti型interleaver濾波器,獲得了該濾波器的原型器件;實驗得到了該器件在c波段兩組交錯分波的矩形化光譜,其紋波小於0 . 1db ,通過對器件的測量,間接獲得了其特性;首次提出mfpi型不等帶寬50ghz的interleaver濾波器技術方案。
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