機動的 的英文怎麼說

中文拼音 [jīdòngde]
機動的 英文
automobile
  • 機 : machineengine
  • 的 : 4次方是 The fourth power of 2 is direction
  • 機動 : 1 （利用機器開動的） motor driven; motorized2 （權宜; 靈活） flexible; expedient; mobile; manoeuv...
  1. The basis of dynamics and simulation includes the iterative flyout angle algorithm to the solutions to lambert problem and battin ' s universal conic section state extrapolate method. then spacecraft ' s orbit roots, maneuver impulse and maneuver time are discussed as the following four part : first of all, the chaser ' s one orbit roots is selected as a variable to simulate its influence to the large scale orbital maneuver. the research reveals fact that the orbit roots both of chaser and target should be close to each other to achieve better maneuver and rendezvous " ability, moreover, the best orbit maneuver and rendezvous occurs when both chaser and target ' s initial phase angle are equal

    為了研究了交會機動中追蹤器和目標器的軌道根數、機動時限和機動能耗等因素對交會機動的影響，模擬和分析分為以下四個部分:首先，研究了追蹤器軌道單個參數為變量情況下兩航天器大范圍交會機動問題，研究表明，追蹤器的變化參量與目標器相應的參量在接近的情況下可以獲得良好的交會機動特性，而對于兩航天器軌道共面的情況下，初始相位角相等時則獲得最佳的機動效果。
  2. Vibration and manoeuvering accelerations are a small part of the overall acceleration picture.

    振動和機動的加速度在全部加速度圖中只佔一小部分。
  3. We should adopt flexible strategy and tactics in a war

    在戰爭中應運用靈活機動的戰略戰術。
  4. The second part studies optimal pure proportional navigation ( ppn ), with time - dependent gain of navigation to maneuvering target based on proportional navigation theory. optimal gain of navigation is constant for ppn without maneuvering ; based on this, solution of time - dependent gain of navigation is given by iteration approach, and the time required for capture is given, the times of iteration is decided by comparing this time with the iteration step

    對目標機動的追逃問題，考慮導航增益可為任意實數，且隨時間和初始條件改變，這一思想是建立在目標非機動的純比例導引制導規律，最佳導航增益為常數的基礎之上，利用迭代的方法，給出了時變的導航增益的求解方法，並給出了實現捕獲所需的時間，用此時間與迭代步長進行比較，判定迭代次數。
  5. This manstein did, with some brilliant maneuvering under the worse winter conditions.

    曼施坦因在最惡劣的嚴冬條件下，出色地施展了靈活機動的戰術，終于完成了任務。
  6. As a result, it will be necessary to find a way by which we can calculate the disturbing gravitation exactly and fast

    因而，如何修正擾動引力的影響，尤其是要適應快速機動的發射要求，就需要尋求一種快速精確的計算地球外部空間擾動引力的方法。
  7. About the large deformation description, a multi - floating coordinate system is adopted. it can effectively reduce the error of discretization. this paper deals with the design of restrained variable structure control in the way of phase plane analyse, which is concise and avoids complex mathematical descriptions. a new method is promoted for flexible spacecraft control by describing flexible spacecraft dynamics equations as t - s fuzzy model and designing a pdc fuzzy controller

    將撓性航天器姿態動力學方程描述為t - s模糊模型為撓性航天器控制提供了新思路;模擬結果表明，基於t - s模型的pdc模糊控制器能滿足撓性航天器大角度姿態機動的精度要求，並能有效抑制帆板振動，具有一定的智能性。
  8. This paper mainly discuss the problem of method and policy of spacecraft ' s large scale orbital maneuver

    論文研究了航天器大范圍軌道機動的方法與策略。
  9. According to different anticipative collisional time and maneuver occasion, author established two maneuver mathematic model, and gave the principle and occasion executing the de - orbit and de - contrail maneuver procedure. forth, author complied the orbit early warning and collision avoidance software

    根據不同的預期碰撞時刻和採取軌道機動的時機，建立了兩種規避策略數學模型，並據此分析提出了兩種規避方法高度分離法和軌跡分離法的原則和時機。
  10. With the development of material technology, information technology, automation control technology, aeronautics and astronautics technology, the modern flight vehicles are required of high velocity, light structure, great flexibility and super maneuverability, which lead to the serious aeroelastic effects such as aeroservoelasticity, the coupling among the aerodynamics, structure, and control system

    隨著材料技術、信息技術、控制技術以及航空航天技術本身的飛速發展，飛行器開始向高速度、輕結構、大柔性、超機動的方向發展，氣動彈性效應更加嚴重，從而引發了氣動、結構、控制系統相互耦合的氣動伺服彈性力學問題。
  11. Using this method, the flight control law which suits to the vectored aircraft flight in post - stall domain is designed in this paper

    運用這種方法對推力矢量飛機進行了適用於過失速機動的非線性飛行控制系統設計。
  12. Vibration reduction of attitude control for flexible spacecraft

    撓性飛行器姿態機動的振動抑制
  13. Active vibration control of flexible spacecraft during attitude maneuver

    撓性航天器姿態機動的主動振動控制
  14. " after wednesday [ against bolton ], it shows you how quickly an electric team can become a very flat team

    "在星期三之後[對保頓的一場賽事] ，這顯示出一隊機動的球隊如何快速的變成了?氣的球隊。
  15. You have the know - how to adjust to these situations from both the standpoint of strong inner resources and the flexibility to bounce back

    你要知道如何從內部資源的角度和機動的保證退路，去適應這些情況。
  16. The exercise will be dynamic, meaning that things will change throughout the exercise in a manner to test the agencies involved

    這個演習將是機動的，意思是整個演習過程中事情會變化，以此方式來測試參與的部門。
  17. Speed is essential, as the purpose of moving is often to avoid being located and attacked by enemy artillery and aircraft

    機動時最重要的是速度，因為機動的目的往往是為了避免被敵人發現和遭到敵人炮火及飛機火力的攻擊。
  18. A couple of light tanks used in a flanking manouver around an attacking force can be quite effective and often reward you with the soft follow up targets behind their main attack force

    在進攻部隊周圍的側翼機動的幾架輕坦克也相當管用，特別是當敵軍進攻主力後面的軟目標出現的時候。
  19. Because formation satellite ' s relative position is very close and the geometry can change easily, based on the relative motion of satellites, the initial phase bias could be quickly resolved simulation solution indicates that phase bias can be determined quickly and the relative states accuracy should be improved by using initial phase bias

    由於編隊衛星相對距離近，相對構型容易改變，因此採用衛星相對機動的方式進行整周模糊度的快速初始化。模擬結果表明，基於衛星機動，整周模糊度可很快初始化。利用初始化的整周模糊度，相對狀態的解算精度會大大提高。
  20. Because the complexity of its establishment and lack of the legal presumption about nullification or impairment, non - violation cases put the duty of giving proofs on the side of reporting party

    情勢之訴的存在為世界貿易組織爭端的解決創立了靈活機動的可能性，它的存在對未來貿易爭端的解決具有深遠的意義。
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