期間周期 的英文怎麼說

中文拼音 [jiānzhōu]
期間周期 英文
period
  • : 期名詞[書面語]1. (一周年) a full year; anniversary 2. (一整月) a full month
  • : 間Ⅰ名詞1 (中間) between; among 2 (一定的空間或時間里) with a definite time or space 3 (一間...
  • : Ⅰ名詞1 (圈子; 周圍) circumference; periphery; circuit 2 (星期) week 3 [電學] (周波的簡稱) c...
  • 期間 : time; period; course; duration; term
  1. Biologists found that they could throw the retinal rhythms out of sync with other circadian cycles

    生物學家發現它們可以獨立於其它同步創造性時的存在。
  2. According to the study, the author discovered both in two - dimensional and in three - dimensional flows in eham, the impacts of relatively low fluid elasticity on chaotic mixing is negligible, and this disagrees with niederkorn & ottino ' s conclusion that small deviations in the velocity field due to elasticity will produce large effects on chaotically advected patterns

    研究結果表明:二維和三維混沌混合中,弱的流體彈性對混沌混合的影響可以忽略,否定了niederkorn & ottino關于在偏心圓筒時混沌混合中,很小的流體彈性會對混合結構產生很大的變化的結論。
  3. The second section : under the conditions of nonlinear boundary controbility, we consider the initial boundary value problem of camassa - holm equations with dissipative. by using the contractive mapping fixed point theorem and a priori estimates, the existence of global smooth s olution, global attractor in h ~ ( 2 ), t ime p eriodic s olution or almost - periodic solution and the global exponential stability are proved

    第二部分:在非線性控制邊界條件之下,對于帶耗散項的camassa ? holm方程的初邊值問題,用壓縮映射不動點原理及先驗估計方法,證明了整體光滑解的存在性、整體解的指數穩定性、 h ~ 2空中整體吸引子的存在性以及時解和殆時解的存在性。
  4. On - off intermittency route to chaos synchronization and spatial periodic synchronization of chaos in coupled arrays of chaotic systems

    耦合混沌系統中開關歇性同步途徑趨于混沌同步及空性混沌同步
  5. As keeper of time, i would perpetuate the illusion of the cycles of time. it is my job to recalibrate each cycle wherein time would take on a new dimension

    作為時的看護者,我會使時的幻象永存。校正就是我的工作,時里的每一個就會呈現一新的維度。
  6. Auto tool change cycle

    自動換刀時
  7. It ' s no doubt that condition based maintenance reduce the over - maintenance or the short - maintenance for time based maintenance, and it can also save the maintenance cost and improve the equipment safety

    對于減少由於實施以時為基礎的定預檢修所造成的檢修過剩或檢修不足,節約檢修費用,增加設備的安全性,無疑起到很大作用。
  8. The basis is that when incident polarized light gets through a liquid - crystal box, it ’ s first diffraction angle and optical intensity are controlled by periodic electric field

    其原理為:入射偏振光通過空電場作用下的液晶盒,一級衍射角和衍射光強受到電壓的調制。
  9. You also use the dates of the minor high and low prices both to begin to count time periods from and to get price resistance and determine a change in trend

    你也可以以次高(低)價格出現的日開始記錄時並得到價格抗性且判定行情變化。
  10. Watch these time periods for important changes

    觀察這些時的重大變化。
  11. Deep memory means that the sample rate stays high even when capturing long time periods

    深存儲器意味即在捕獲長的時時仍能保持高采樣率
  12. They give you an affordable way to see long time periods while maintaining high sample rate so you can see details in your designs

    它們價格適宜,您能在看到長時的同時保持高采樣率,從而了解所設
  13. Zep tepi - the return of ancient knowledge at the end of this cycle of time

    在這時結束重現的遠古知識。
  14. We ' ll call this time period the translation period

    我們稱這個時為轉化時
  15. Property to the specified time period

    屬性設置為指定的時
  16. Existence and stability of time - periodic solutions for a predator - prey system

    食餌系統的時解的存在性
  17. You begin to count the time periods from the exact dates of any extreme high or low price

    你應該在出現極高或極低價格的精確日開始記錄時
  18. These would be known as the cycles of time which would be experienced by each evolving civilization

    這些就是熟知的時,被每一個展開的文明體驗的時
  19. If the response returns in an acceptable period of time, the path to the location is considered available

    如果響應是在可接受的時內返回,那麼就認為到此點的通道可用。
  20. The property of the entanglement is also studied and it is demonstrated that the amount of entanglement oscillates with time - evolution periodically and is related with the coupling coefficient and detuning. the quantum state varies between disentangled state and entangled state

    具體研究這種糾纏態的性質得出,原子與場糾纏體系的糾纏度隨時振蕩,並且和原子與場的耦合系數及失諧程度有關,量子態在非糾纏態與糾纏態之變化。
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