maneuvering speed 中文意思是什麼

maneuvering speed 解釋
操縱航速
  • maneuvering : 操縱性說明書
  • speed : n 1 快，迅速。2 速率，速度。3 （汽車的）變速器，排擋。4 （膠片，照相紙）感光速度。5 〈古語〉興隆...
  1. The calculated results indicate that maneuvering efficiency of the bow lateral thruster is related to velocity and thruster ' s rotate speed directly, it is the best at zero velocity, and maneuvering efficiency of the bow lateral thruster increase with increasing thruster ' s rotate speed ; the calculated results also indicate that crabbing motion can be operated for large vessels under the main thruster, the bow lateral thruster and the rudder ' s united control

    計算結果表明側推器操縱效能與航速及槳轉速直接有關，零航速最好，且隨槳轉速增高而增強；結果同時也表明了藉助于主推進器、首側推器和舵的聯合操縱可實施純橫移運動。
  2. To obtain better value of beforehand emendation for maneuvering terminals, the movement characteristics of terminal must be understood well. firstly, the motion time course for speed of 18kn under the condition of second level ocean wave was given through the numerical simulation of naval ships

    為了能夠較好的給出運動終端的超前校正值，必須了解終端的運動特性，本文對海上艦船運動進行了數值模擬，給出了二級海浪下18kn速度航行的運動時間歷程。
  3. Compared with the short distance, the long distance race is often decided by maneuvering rather than speed over the tiny 111. 12 - meter track

    與短距離比賽相比，在短短111 . 12米的滑道上進行的長距離比賽常常決定於運動員戰術的靈活運用而非速度。
  4. Estimate the highest speed tilting trains can reach based in an analysis of the present " longyan - zhangping - xiamen " railway line. 3. come up with the blue print of operating tilting emus on this line and smoothly implement it by complete organization, design and maneuvering

    通過對「龍巖-漳平-廈門」鐵路線路分析，在既有線路條件下，開行擺式列車動車組能達到的運行速度。
  5. The summarization of the main work is as follows : + a method that can correct the migration through range cells caused by radial speed is presented by using scale transformation, and the method is extended to maneuvering target imaging. the algorithm flow, which is applicable to large - scale target whether it is uniform or maneuvering, is given. the results obtained by using simulation data and real data show that this method is effective

    本文的具體內容可歸納如下幾點：分析了用尺度變換可以消除由於徑向速度引起的越距離單元走動，對isar目標進行越距離單元走動校正演算法進行了討論，並把尺度變換校正越距離單元走動后成像的方法推廣到機動目標成像，也給出適合於平穩和機動大目標的成像演算法流程，並通過模擬數據和實測數據的檢驗。
  6. On the other hand, fish have drawn people " s attention because they have abilities of navigating in high speed with long distance, agilely maneuvering in limited space and accelerating or decelerating rapidly

    另一方面，魚類和海洋哺乳動物已越來越引起人們的興趣，因為它們具有良好的推進性能和操縱性能，它們能夠高速游動，並能隨意控制姿態。
  7. And along with the rapid development of the aerospace technology, all flight vehicles ’ speed and maneuverability are higher and higher. under this circumstance, how to enhance the performance of tracking high speed and highly maneuvering targets has become more and more important. thus, it is urgent to research new tracking and filtering methods with better performance

    而隨著現代航空航天技術的飛速發展，各種飛行器的航行速度和機動性越來越高，在此背景下，如何提高高速高機動目標的跟蹤性能成為一個越來越重要的問題，因此迫切需要研究性能更為優越的跟蹤濾波方法。
  8. Analysys of the maneuvering stability for high speed vehicle with four wheel steering system

    四輪轉向車輛多體模擬與試驗研究
  9. When ships are at their actual voyages the working conditions ( such as loading, depth of drafu ship speed ) and the navigating environments ( such as the sea route, depth of water, wind, wave, current ) are variable to a large extent. the whole during is a procedure of model varying with time nonlinear and large disturbance. the introduction of the intelligent controlling method can contribute to the improvement of automation degree for ship avoiding collision and maneuvering systems

    由於船舶的運動在實際的航行過程中隨船舶的工作狀態（如載荷、吃水深度、航速等）及航行環境（如航線、水深、風、浪、流等）的不同而有很大的變化，是一個模型時變、非線性、大幹擾的過程，將智能化控制技術用於其中將會有助於船舶避碰與操縱系統的自動化程度的提高。
  10. With the development of science, new method is used in fighter plane and missile design, and new material is used in fighter plane and missile production, which make them have higher speed, higher maneuvering, smaller radar cross section and better jamming and anti - jamming ability. all these development is a big challenge to surface - to - air missile and makes the battlefield environment more complicated

    隨著科技的進步，新技術、新材料的大量應用，使作戰飛機和戰術導彈具有更快的飛行速度，更好的機動性能以及更小的雷達反射面積;同時，電子對抗技術的廣泛使用，這些都給防空導彈帶來了巨大挑戰，使地面防空變得日趨復雜。
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