無動力飛行器 的英文怎麼說

中文拼音 [dòngfēiháng]
無動力飛行器 英文
unpowered vehicle
  • : 無Ⅰ動詞(沒有) not have; there is not; be without Ⅱ名詞1 (沒有) nothing; nil 2 (姓氏) a surn...
  • : Ⅰ名1 (力量; 能力) power; strength; ability; capacity 2 [物理學] (改變物體運動狀態的作用) forc...
  • : Ⅰ動詞1 (鳥、蟲等在空中活動) fly; flit 2 (利用動力機械在空中行動) fly 3 (在空中飄浮遊動) fly...
  • : 行Ⅰ名詞1 (行列) line; row 2 (排行) seniority among brothers and sisters:你行幾? 我行三。where...
  • : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
  • 飛行器 : aerobat; air vehicle; beast; bird; flight vehicle
  • 飛行 : flight; flying; aviate; voyage; volitate; hop
  1. Got the fostering energetically of four - dimensional company since bell model company established, is it produce many kinds of electronic to develop, the oil move the radio telecontrol model plane, the company possesses the stronger model and develops, designs and processes manufacturing capacity, hold concurrently and design the business of the light - duty aircraft, not having man - machine, drone aircraft etc. at the same time

    貝爾模型公司成立以來得到了四維公司的大扶植,研製生產出多種電、油線電遙控模型機,公司具備較強的模型開發、設計和加工製造能,同時兼承接設計加工輕型人機、靶機等業務。
  2. The modern unmanned helicopter flight control system is generally composed of the flight control computer, the servo driving mechanism, the sensor, and the ground monitor control system etc. in this thesis the research to the helicopter flight characteristics was conducted at first, and its flight dynamic model was preliminary discussed, especially the mathematic model under hung - stop condition was formulated and the algorithm of the controller was designed in detail

    現代人直升機控制系統一般由控制計算機、伺服驅機構、傳感、地面監測控制等分系統組成。本文首先對直升機的特性進了研究,並且對數學模型做了初步探討,尤其對在懸停狀態下的數學模型做了較為詳盡的公式推導和控制的演算法設計。
  3. Load simulator was an important simulation system in hardware - in - loop flight simulation laboratory, which could simulate aerodynamic loads acting on flight vehicle, such as unmanned aerial vehicle, planes

    負載模擬是半實物模擬實驗室中模擬人機等中舵面所受空氣載荷的重要設備。
  4. The aerospace indu * * * y is the complex of manufacturing concerns engaged in the production of flight vehicles, including unpowered gliders and sailplanes, lighter than air - craft, ground - effect machines, heavier than air craft of both fixed - wing and rotary - wing varieties, military missiles, space launch vehicles, and manned or unmanned spacecraft ; propulsion systems and other thrusting devices ; on board equipment essential to the design purpose of the flight vehicle ; and ground - based support equipment needed for the operation and maintenance of the flight vehicle

    航天工業是一個綜合製造業,從事各種的生產,包括:各種滑翔機,輕于空氣的,地面效應機械設備,重於空氣的各種固定和旋轉機翼,軍用導彈,太空發射,載人或,推進系統或其他助推設備,對的設計至關重要的艙內設備,控制和維護的地面設備。
  5. The aerospace industry is the complex of manufacturing concerns engaged in the production of flight vehicles , including unpowered gliders and sailplanes , lighter than air - craft , ground - effect machines , heavier than air craft of both fixed - wing and rotary - wing varieties , military missiles , space launch vehicles , and manned or unmanned spacecraft ; propulsion systems and other thrusting devices ; on board equipment essential to the design purpose of the flight vehicle ; and ground - based support equipment needed for the operation and maintenance of the flight vehicle

    譯文航天工業是一個綜合製造業,從事各種的生產,包括:各種滑翔機,輕于空氣的,地面效應機械設備,重於空氣的各種固定和旋轉機翼,軍用導彈,太空發射,載人或,推進系統或其他助推設備,對的設計至關重要的艙內設備,控制和維護的地面設備。
  6. Besides, the design of vane is the major project of the uav research, because the vane is the most important part in power transformation of the uav, the quality of this part will directly affect the capacity of the uav. we should manage to enhance the lift resistance ratio in the same situation

    此外,本課題著重對人機的葉片部分進設計,因為葉片是人機的轉化部分,它的好壞直接影響著性能,在相同外部條件下,盡可能使其產生比較大的升阻比。
  7. A simplification in the foundation of actual dynamics model and the differential equation of aircraft movement are put forward, we have non - dimensionalized the equations. an optimal guidance model for orbit transfers is accomplished by the optimal control theory

    本文圍繞平面情況下最佳變軌路徑這一主題,在實際學模型基礎上進簡化,建立微分方程,並加以量綱化處理。
  8. The aerospace industry is the complex of manufacturing concerns engaged in the production of flight vehicles, including unpowered gliders and sailplanes, lighter than air - craft, ground - effect machines, heavier than air craft of both fixed - wing and rotary - wing varieties, military missiles, space launch vehicles, and manned or unmanned spacecraft ; propulsion systems and other thrusting devices ; on board equipment essential to the design purpose of the flight vehicle ; and ground - based support equipment needed for the operation and maintenance of the flight vehicle

    航天工業是一個綜合製造業,從事各種的生產,包括:各種滑翔機,輕于空氣的,地面效應機械設備,重於空氣的各種固定和旋轉機翼,軍用導彈,太空發射,載人或,推進系統或其他助推設備,對的設計至關重要的艙內設備,控制和維護的地面設備。
  9. In this paper, dynamic inversion control law is designed to eliminate its global non - linearization and unstable aerodynamic force etc. and based on the time - scale separation principle, the control system can be divided into fast loop and slow loop. but there are still lots of unknown disturbances that may cause great damages to stability when flying

    由於在過程中大范圍非線性、具有非定常氣等特性,本文採用了非線性態逆控制律來構成全局線性化的性質,根據時標分離的原則,設計了空天的快迴路和慢迴路控制
  10. The problem is described for the determination of optimal spacecraft trajectories in an inverse - square field using low - thrust in this paper. the differential equation of aircraft is obtained by simplification of atmospheric model, then we do non - dimensionalized the equations

    本文主要討論了在反平方場中採用小推的最優變軌問題,通過對大氣模型的簡化,建立了的運微分方程,然後加以量綱化。
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