操縱性能 的英文怎麼說

中文拼音 [cāozōngxìngnéng]
操縱性能 英文
handling quality
  • 操 : Ⅰ動詞1 （抓在手裡; 拿; 掌握） hold; grasp 2 （做; 從事） act; do; operate 3 （用某種語言、方言說...
  • 縱 : Ⅰ動詞1 （釋放; 放走） release; set free; let go 2 （放任; 不約束） indulge; give oneself up to; l...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 能 : 能名詞（姓氏） a surname
  • 操縱 : 1. （控制; 開動） operate; control; roll; steer 2. （支配;控制） rig; manipulate; govern
  1. Ameliorate design of maneuvability of conveyance of walking tractor

    手扶拖拉機運輸操縱性能的改進設計
  2. By analyzing ship maneuvering motion, we can build ship maneuvering motion mathematic model and perform ship maneuvering motion simulation. thus not only ship maneuverability and running status can be predicted, but also port and channel design can be optimized

    通過分析船舶操縱運動，建立船舶操縱運動數學模型並進一步研究船舶操縱運動模擬，不僅可以對船舶操縱性能、運行狀態作出預報，還可對港口、航道設計提供指導。
  3. The research on the ship maneuverability in the wind, wave and current, can not only be used to optimize the maneuverability design in the ship design stage, help to understand the mechanics of ship collision and capsizal, but also guide the handling operator to improve the handling skill, guard against the sea accident. therefore, the study is significant both theoretically and practically

    研究船舶在風、浪和流中的操縱性，不但能夠在設計初始階段，對船舶的操縱性能進行優化設計，而且有助於了解船舶碰撞與傾覆事故的產生機理，指導駕駛人員提高駕駛技術，預防海難發生，因而既有理論上的意義，又有很大的實用價值。
  4. Cold start and driveability procedure

    冷起動和操縱性能程序
  5. In the process of the system study, the knowledge in the domain of ship collision avoidance is analyzed and the collision mechanism, process and the tactic are studied firstly. and then, using the fuzzy mathematics theory, the fuzzy mathematical model of judging collision risk is built, which take into account of the factors such as ship maneuverability, visibility and so on. in addition, based on the expert system theory, a design method of ship intelligent collision avoidance expert system is put forward, and the frame of ship intelligent collision avoidance expert system is built

    在系統的研究過程中，首先對船舶避碰領域知識進行分析，並研究了船舶碰撞的原理、過程及對策；然後運用模糊數學理論，建立了一種評判碰撞危險度的模糊數學模型，該模型考慮了船舶的操縱性能、能見度等多種因素；接著根據專家系統理論，提出了一種船舶智能避碰專家系統的設計思路，並構建了一種船舶智能避碰專家系統的框架；最後以visualbasic6 . 0作為軟體開發平臺，設計了一種具有良好的可視化人機交互界面的船舶智能避碰專家系統軟體。
  6. During last several years, the requirement to improve the maneuverability of ship has been increased among many international societies such as imo, impa ( international maritime pilot association ) and iacs ( international association of classification societies )

    很多國際協會比如國際海事組織（ imo ） ，國際引水員協會（ internationalmaritimepilotassociation ， impa ）和國際船級社協會（ internationaiassociationofclassificationsocieties ， iacs ）對船舶操縱性能提出了越來越高的要求。
  7. Comparison of the boat s maneuvering performance in calm water and waves

    小型船在靜水及波浪中的操縱性能比較
  8. Chapter 8 simulates the ship maneuvering motion of turning and zigzag test and takes into account the effect of water depth on ship maneuverability by use of the maneuvering model group ( mmg ) of japan. the main aim is to satisfy the need such as developing the maneuvering simulator of freshwater, the dynamic demonstration of avoiding ship collisions

    第8章選擇日本mmg的操縱運動數學模型對船舶作回轉運動、 z型操縱試驗的情況進行了數值模擬，並著重考慮了航道水深對船舶操縱性能的影響問題，其目的上要是為了課題組今後進一步開發諸如內河船舶操縱模擬器、船舶避碰計算機動態演示的需要。
  9. Are the officers familiar with navigation equipments ( apar radar, ais, communication equipments ) on the bridge, and ship manoeuvring information

    駕駛員是否熟悉駕駛臺控制與航海設備以及船舶的操縱性能？
  10. But another question the control system brings is that the aircraft manipulation character does not meet the requirements. the aircraft needs one more control systems to make the manipulate character satisfy the character requirements. both control systems are called control and augmentation systems

    高空高速飛機本身靜穩定性能不足，加入增穩控制系統后雖然滿足了穩定性的要求，但造成了操縱性能的不足，必須再加入一個增控迴路來解決這個問題。
  11. Method of determining the subjection function and weight coefficients for optimization of ship manoeuvrability

    船舶操縱性能優化中隸屬函數及權重的確定方法
  12. It is one of the development directions for bulldozer to enhance its maneuverability and improve driver ' s labor circumstances

    提高推土機的操縱性能，改善駕駛員的工作環境，是推土機的發展方向之一。
  13. It is one of the development directions for bulldozer that advance its maneuverability and improve driver ' s labor circumstances

    提高推土機的操縱性能，改善駕駛員的工作環境，是推土機的發展方向之一。
  14. Finally, this method is successfully applied to the maneuverability optimization computation of a special kind of ship, and the outcome is satisfactory

    最後，成功地將該演算法用於某型船的操縱性能優化計算之中，結果令人滿意。
  15. At the same time, the result of calculation and that of the experiment is compared. it shows : the method of this paper is correct and the result of this calculation is reliable

    計算和實驗表明魚形舵的確是一種高陞力、改善船舶操縱性能的裝置，本研究所提供計算模型合理，計算方法和結果可靠。
  16. The products of the company features high efficiency and sensitivity, reliable performance, strong correction ability, long service life, light weight and outstanding direction control ability

    公司生產的產品具有效益高、性能可靠、靈敏度高、回正能力強、壽命長、重量輕、方向操縱性能優異等特點。
  17. Submarine is one of the most important facilities in ocean exploitation and research. with the development of submarine it requires lighter, smaller fittings, and meanwhile must satisfy the maneuverability demand

    潛器是海洋開發與研究的重要工具之一，它的發展要求其本身更加輕量化、小型化，同時還要滿足其操縱性能的要求；全方向推進器便是基於上述要求應運而生。
  18. The present results reveal that the hydrodynamic model and roll reduction technique developed here can be regard as an efficient tool for naval architects to analyze the ship maneuvering behavior with roll reduction by rudder control in waves at the preliminary design stage

    本文所發展的數學模式與減搖方法可用於初步設計階段，來評估船隻在波浪中進行操舵減搖的操縱性能。
  19. With these data, in terms of ship maneuverability, response equation of ship movement, wind and current math model, the paper carries out ship navigation track simulating and various parameter calculations. the paper is made up by the sixth chapter

    有了這些數據之後，根據船舶的操縱性能和船舶運動響應方程以及風、流的數學模型，來進行船舶的航跡模擬和船舶在橋區航行時的各種參數計算。
  20. 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。
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