火箭導軌 的英文怎麼說

中文拼音 [huǒjiàndǎoguǐ]
火箭導軌 英文
rocket slide
  • : fire
  • : 名詞(古代兵器) arrow
  • : 動詞1. (引導) lead; guide 2. (傳導) transmit; conduct 3. (開導) instruct; teach; give guidance to
  • : Ⅰ名詞1. (路軌;軌道) rail; track 2. (比喻辦法、規矩、秩序等) rut; path; course Ⅱ動詞[書面語] (遵循; 依循) follow
  • 火箭 : [航空] rocket; fire arrow; bird
  1. Orbiting satellites were better at spying on enemies than wayward reconnaissance drones, and rockets destroyed targets more reliably than temperamental flying bombs did

    道運動的衛星比難以駕馭且以監控為主的無人駕駛飛機更好地偵查敵情,而且相對於我行我素的自動彈而言,用來毀滅目標更具可靠性。
  2. Without any foreign assistance, china has independently developed intermediate and short - range missiles, long - range rockets, submarine - launched solid - propellant rockets, recoverable satellites, the technology to launch multiple satellites atop a single rocket, and geostationary communication satellites

    中國的中近程彈、遠程、潛艇水下發射固體燃料、返回式衛星、一多星、地球靜止道通信衛星都是在沒有任何外國幫助下獨自完成的。
  3. As the seat rode to the top of the rails, a port opened and gas ignited the rocket, blasting stricklin fully out of the cockpit like a roman candle

    彈射座椅滑行到頂端時,出口被打通,氣體點燃,發動推力裝置,象發射一座羅馬燭臺一樣把斯特里克林完全「炸」出駕駛艙。
  4. Third, on the basis hypothesis of mean gravitation, optimal control functional of the launch vehicle equations of state are set up by optimal control theory. the optimal control results of launch vehicle are worked out. this control method of automatic start is inferred, which can satisfy the terminal condition of satellite trajectories

    3 、通過引入「平均引力」的簡化假設,利用最優控制理論,建立運載的最優控制泛函,得出運載的最優控制問題的解,推出了可自動起步,滿足衛星道終端條件的迭代制方程。
  5. Study on hybrid orbit self - adaptive guidance scheme of solid rocket motor based on depleted shutdown

    基於固體發動機耗盡關機的混合道自適應制方案研究
  6. In the paper, it solve the problem of mobile launch vehicle ' s guidance, it can ensure the orbit injection ' s accuracy of launch vehicle, the researches have some theoretical meaning and some value of engineering application

    6 、分析了數字模擬結果誤差,提出了改進制精度的方法。本文研究對于解決運載機動發射中的制問題、保證準確入有一定的理論意義和工程實用價值。
  7. In this thesis, based on the available research of this field, the method to resolve the constraint conditions of the optimization problems has been improved and the parametric sensitivity analysis of the trajectory optimization has been completed. guided by object - oriented method and considering the mission needs and user requirements adequately, the hierarchical structure of the system is analyzed. the uml ( unified modeling language ) is also applied to establish the simulation systems framework

    本文在已有研究的基礎上,對優化問題的約束處理方法進行了改進,並完成了跡優化問題的靈敏度分析,在面向對象方法學的指下,根據系統的優化模型和優化策略,分析了系統的層次結構,並基於uml建立了模擬系統框架,運用泛型技術進行程序設計,最終實現了運載性能優化軟體。
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