source chirp 中文意思是什麼

source chirp 解釋
光源啁啾聲
  • source : n 1 源頭,水源,源泉。2 根源,本源;來源。3 原因;出處;原始資料。4 提供消息的人。5 血統。vt 〈美...
  • chirp : n. (鳥的)啁啾聲;(蟲的)唧唧聲;(無線電的)啁啾聲信號。vi. 1. (鳥等)啁啾地叫,(蟋蟀等)唧唧地叫。2. (人)嘁嘁喳喳地講話。vt. 嘁嘁喳喳地講出。
  1. The results also show unequal amplitude method can reduce the interaction between femtosecond soliton in the presence of optical source chirp in a certain degree

    研究結果還表明,不等幅傳輸法在一定程度上可有效地抑制源啁啾飛秒孤子間的相互作用。
  2. The influence of optical source chirp on femtosecond soliton interaction is studied numerically, and the unequal amplitude method can reduce the interaction. in addition high - order coupled equations governing the evolution of two orthogonal polarization components of the same wave are derived by using multi - dimension derivation expansion method of singular perturbation theory and the dispersion relation. furthermore, a class of optical solitary wave solutions, such as the bright - bright, dark - dark, bright - dark, and combined solitary waves are found under certain parametric conditions

    數值研究了源啁啾飛秒孤子間相互作用,提出了抑制該作用的可能方案;用奇異攝動多重尺度導數展開法和色散關系推導了耦合高階非線性薛定諤方程( chnlse ) ,並用行波變換法得到了一系列孤波解析解,分析了它們在光纖中傳輸的必要條件,也討論了它們的穩定性,為實現飛秒光脈沖在光纖中的無畸變傳輸作理論上的探索。
  3. Finally, we introduce the influence of optical source chirp on the interaction of femtosecond bright solitons and investigate the influence of optical source chirp on the interaction of femtosecond dark solitons. the results show that optical source chirp can increase the interaction between femtosecond bright solitons and affect the femtosecond dark solitons seriously

    最後,我們介紹了源啁啾對飛秒亮孤子相互作用的影響,同時也考察了源啁啾對飛秒暗孤子相互作用的影響,結果表明,源啁啾會增大飛秒亮孤子間的相互作用,而對于飛秒暗孤子,其影響則相當劇烈。
  4. The main results are as follows : 1 ) the influence of optical source chirp on femtosecond soliton interaction is studied numerically. results show that femtosecond soliton interaction with chirp from optical source is more serious than that without optical source chirp. the former can cause larger error code rate in soliton communication systems

    其主要結果如下: 1 )對源啁啾飛秒孤子間的相互作用進行了數值研究,結果表明源啁啾飛秒孤子間的相互作用比源啁啾皮秒孤子間更加嚴重,會在通信系統中造成更大的誤碼率。
分享友人