混沌振蕩器 的英文怎麼說

中文拼音 [húndùnzhèndàng]
混沌振蕩器 英文
chaotic oscillator
  • : 混形容詞1. (渾濁) muddy; turbid2. (糊塗; 不明事理) foolish; stupid
  • : 沌構詞成分。
  • : 動詞1. (搖動; 揮動) shake; flap; wield 2. (奮起) brace up; rise with force and spirit
  • : Ⅰ動詞1 (搖動; 擺動) swing; sway; wave 2 (無事走來走去; 閑逛) loaf; wander; roam; loiter; go a...
  • : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
  • 混沌 : 1 (宇宙形成前的景象) chaos; the chaotic world in prehistoric times 2 (無知的樣子) innocent as...
  1. Limit cycle oscillating and chaos of the radiation field in a traveling wave tube amplifier

    行波管放大中輻射場的極限環
  2. Usually, hpm devices working in the high current and large field amplitude state, after the field reaches saturation, the nonlinear effects will become extremely strong so that the intrinsic nonlinear phenomena ( for example limit cycle oscillation and chaotic behavior ) of the system occur. these nonlinear behaviors directly influence the output characteristic of the devices

    在通常情況下,高功率微波源件都工作在大電流和強場工作狀態,尤其在場達到飽和以後,系統的非線性效應將變得非常明顯,非線性系統所特有的一些現象(如,極限環型行為)將出現,這些非線性現象直接影響件的各種輸出特性。
  3. The states of the system and their differential signals are obtained on time by tracking differentiator, and the influence induced by nonlinear periodic load disturbance is compensated adaptively

    電力系統狀態和它的微分信號由微分跟隨實時提取,並通過微分跟隨對非線性周期性負荷擾動的影響進行自適應補償。
  4. The main advantage of this method is that it can be realized easily in engineer. the numerical studies and circuit experimental simulations show that this method is correct and efficient. in our circuit experimental simulations, the other variables of hyperchaotic systems synchronize precisely when a variable synchronizes generally

    電路實驗模擬中出現一種新的同步現象,即超混沌振蕩器的一個電流達到廣義同步時,其它的電壓和電流還可以實現精確同步,我們對此同步現象的物理機制進行了定性分析。
  5. Secondly, we present the set of nonlinear partial differential equations that describes the wave - particle interaction, by analyzing the output power spectrum, the limit cycle and chaotic oscillation of the radiation field in the traveling wave tube ( twt ) amplifier and the magnetically insulated transmission line oscillator ( milo ) are studied numerically, respectively

    接著,在論文的第三章和第四章我們從導出了一組用於描述場和電子相互作用的非線性偏微分耦合方程組開始,利用頻譜分析法,以行波管( twt )放大和磁絕緣傳輸線( milo )為例,數值研究了o型件和m型件中場的極限環行為。
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