耦合子系統 的英文怎麼說

中文拼音 [ǒugězixìtǒng]
耦合子系統 英文
coupled subsystems
  • 耦 : Ⅰ動詞[書面語] （兩人並耕） plough side by sideⅡ名詞1 （古農具名） plough2 [書面語] （兩人一組） a...
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 子 : 子Ⅰ名詞1 （兒子） son 2 （人的通稱） person 3 （古代特指有學問的男人） ancient title of respect f...
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 耦合 : [物理學] coupling; interconnection; catena; linkage; linking
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. A new numerical procedure for analyzing the coupled vibration of a framed arch bridge with a single moving vehicle is presented to solve the equations of motion of a bridge with many degrees of freedom. the procedure consists in dividing the bridge - vehicle systems, which are solved separately, into 2 subsystems at the interface of the bridge and vehicle. the compatibility at the interface is obtained by an iterative procedure with aitken acceleration

    本文提出新的計算橋梁車激振動反應的方法，車?橋系統被分成兩個相互作用的子系統，這兩個子系統通過接觸點的協調條件耦合在一起，從而應用aiken動態加速法對橋梁運動方程、車輛運動方程和車?橋耦合方程進行高效迭代求解。
  2. Constitutive relations with uncoupled subsystems

    非耦合條件下的多子系統本構關系
  3. In this paper, the rotating machinery at high speed is studied. there are discussed about numerical calculating methods for non - linear dynamical system, the rotor system radial impact and rubbing dynamics behavior analysis having the nonlinear rigidity on the unsteady and non - linear oil film, the rotor system dynamics behavior analysis with bending - torsional - pendular coupling vibrations, application of wavelet, fractal and network in fault diagnosis. the main works in this paper are as follows : ( 1 )

    本文以高速旋轉機械為主要研究對象，系統、深入地研究了非線性動力學系統的數值計算方法、具有非線性剛度的轉子系統在非穩態非線性油膜力作用下的徑向碰摩動力學行為、轉子彎扭擺耦合振動的動力學分析、小波和分形理論及人工神經網路在故障診斷中的應用問題。
  4. Second, we obtain a new quark potential from the effective dilaton - gluon - coupling inspired by superstring theory and devote more effects to understand this new confinement generating mechanism through the investigation of the phenomenological application of this interquark potential in the heavy mesons sector

    其次，由超弦理論啟發的伸縮子?膠子有效耦合，給出了一種新的夸克勢，並在重介子系統中研究了這個勢提供的禁閉機制。
  5. According to the working principle of magnetic bearing, there exists force coupling, magnetic coupling in radial magnetic bearings inside the magnetic suspension rotor system, and there exists force coupling, moment coupling between magnetic bearings as well

    摘要磁懸浮轉子系統中，根據磁力軸承工作原理，徑向磁力軸承內存在力耦合、磁耦合；徑向磁力軸承之間存在力耦合、力矩耦合。
  6. As a non - linear and multi - coupled system, the control of the ac induction motor ( acim ) has long been challenging. thanks to the vector control algorithm, acim can offer the same control capabilities and dynamic performance as traditional high - performance dc motors. with the vector control algorithm, the stator current of acim can be expressed in two orthogonal axes, and thus the rotor flux part and torque are de - coupled

    交流感應電機難于控制是因為它是一個非線性、多耦合的系統，矢量控制演算法通過坐標變換將異步電機的定子電流分解為轉子磁鏈方向和與之垂直方向的兩個分量分別進行控制，從而實現轉子磁通和轉矩的解耦，使得交流感應電機的動態性能可以和直流電機媲美。
  7. Including the scalar lyapunov approach and the vector lyapunov approach. the two approaches are generally suitable for the large - scale system with weak coupling among subsystems

    這兩種方法主要適用於子系統簡具有弱耦合的大系統的穩定性研究（及子系統間相互影響很小的系統） 。
  8. The scalar lyapunov function approach and vector lyapunov function approach of stability for large - scale systems are analyzed. and it is pointed out that the restriction of these approaches are only suited for large - scale systems with week coupling among subsystems

    對大系統穩定性的標量lyapunov函數法和向量lyapunov函數法作了分析，指出這些方法只適用於子系統間具有弱耦合的大系統的局限性。
  9. Evolution equations defined on the point set of time are proposed, subsystems which have their own independent time standards are introduced, and a criterion for judging if consistency conditions emerge in subsystems are gotten as well

    把內變量演化方程定義在時間點集上，引入了有自己獨立時間標準的子系統結構，給出了在非耦合子系統中一致性條件成立的判別準則
  10. On the basis of researching the coupling characteristics of magnetic suspension rotor system, this paper put forward an experimental method for the test of coupling characteristics of magnetic suspension rotor system

    在對磁懸浮轉子系統耦合特性研究的基礎上，提出了磁懸浮轉子系統耦合特性測試的實驗方法。
  11. According to the requirements of real - time simulation, this thesis build the independent models of missile weapon systems for numerical simulation considering the independence and coupled relations of physical subsystems or parts and try to reduce the coupled degree. the main content of this thesis include : firstly, the missile weapon systems are divided into several subsystems according to function, and the interface protocols between subsystems

    本文針對實時模擬的要求，以具有清晰的物理概念和足夠的物理獨立性的物理系統或部件為基礎，充分考慮導彈各子系統模塊的相對獨立性和耦合性，盡可能的降低模塊間的耦合程度，建立整個導彈武器系統的模擬模型，用於導彈武器系統的數字模擬。
  12. The business system ' s subsystems are interlinked to each other via the data connectors, thus reduces mutual coupling and enables the system with strong expansibility : relevant subsystems can be adjusted to meet operation requirements, and new subsystems can be built to fulfill new functions

    各個子系統之間通過數據介面進行關聯，從而降低了子系統之間的耦合程度，使系統具有較強的可擴展性，既可以根據業務需求的變換改動相應的子系統，又可通過建立新的子系統來完成新的業務功能。
  13. Based on the multidisciplinary design optimization, a multidisciplinary variable coupling design optimization method for non - hierarchic systems was presented, and its basic ideas and working principle were given, to handle the coupling between subsystems, a coupling function was established by the ideal point during system - level coordination, which was used to coordinate independent optimization of the subsystem and finally obtain the global optimal solution

    摘要基於多學科設計優化原理，提出了面向非層級復雜系統的多學科變量耦合優化設計方法，闡述了其優化設計的基本思路和工作原理通過設置理想耦合點，構造了耦合函數，使子系統在各自獨立優化設計的同時，在系統級的協調下達到耦合關系的滿足，並使系統得到總體上的優化。
  14. The main results are as follows : 1. dynamical behavior in coupled map lattices with regular topology are investigated by using lyapunov componet. 2. dynamical behavior in coupled map lattice with scale - free topology are investigated in detail. our strategy is to apply three feedback control methods, including constant feedback and two types of time - delayed feedback, to a small fraction of network nodes to reach desired synchronous state

    本論文正是對具有無標度拓撲結構的耦合映象格子的動力學行為進行了研究，主要內容和創新點如下: 1 .利用lyapunov指數對具有規則網路結構的耦合映象格子系統的動力學行為進行研究; 2 .對具有無標度網路結構的耦合映象格子系統的動力學行為進行了詳細研究;為了使系統達到同步，我們的策略是應用三種反饋方法（常數反饋和兩種時延反饋）對系統的部分節點進行控制以達到我們期望的狀態。
  15. Influence of atomic coherence on rydberg - atom stabilization is revealed. then, the effects of the relative phase of the four lasers on the steady - state photoelectron spectrum in a two - channel ionization system in which the intermediate states are two sets of quasi - continua states are also investigated

    最後研究了含兩個彼此耦合自電離態的原子系統的離化性質，探討了兩自電離態間的強耦合及低自電離態和連續態間的耦合對光電子產額的影響，給出了系統發生相干俘獲。
  16. Two controlled bifurcation diagrams verses feedback strength are obtained respectively. it is found that the value of critical feedback strength is increased linearly as the coupled strength is increased linearly. the cml with sf loses synchronization and intermittency occurs if control strength is greater than the critical feedback strength

    對于時延反饋控制，臨界反饋控制值線性地隨著耦合映象格子的耦合強度的線性增長而增大;當控制強度大於臨界反饋控制值時，具有無標度拓撲結構的耦合映象格子系統會失去同步狀態進而出現間歇振蕩現象。
  17. In chapter 3, we study the stability for linear time - varying discrete large - scale systems with unidirectional strong coupling among subsystems

    第三章研究子系統間具有單向強耦合的線性時變離散大系統的穩定性。
  18. The main contribution of this paper is the presentation of partial decomposing approach of stability analysis for time - delay large - scale system and non - linear large - scale system with strong coupling in single direction

    本文的主要貢獻是分別提出了子系統間具有單向強耦合的線性時滯大系統和非線性大系統穩定性的部分分解法。
  19. In order to overcome the restriction of classical approaches of stability for linear time - invariant discrete large - scale systems, we study the stability for large - scale systems with unidirectional strong coupling among subsystems in chapter 2

    為了克服傳統大系統穩定性分析方法的局限性，在第二章研究子系統間具有單向強耦合的線性定常離散大系統的穩定性問題。
  20. Partial decomposing approachs of stability analysis for time - delay large - scale system and non - linear large - scale system are proposed. by using this approach, large - scale systems with strong coupling in single direction can be decomposed into some decoupling subsystems in a single direction

    利用部分分解法，具有單向強耦合的線性時滯大系統和具有單向強耦合的非線性大系統分別被分解成多個具有單項解耦的子系統來研究。
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