water missile 中文意思是什麼

water missile 解釋
「水下對水下」導彈
  • water : n 1 水；雨水；露；〈常作 pl 〉 礦泉，溫泉；藥水。2 〈常 pl 〉水體；水域；水道；海；湖；河；海域；...
  • missile : n 投射器；飛射器[箭、炮彈等]，射彈，飛彈；導彈。 an air to air （guided） missile 空對空飛彈，機...
  1. Then, putin, flanked by defense minister sergei ivanov, stood on board of the pyotr veliky cruiser to watch the sineva missile blast out of the water and vanish into the gray sky after being launched by the submerged nuclear submarine yekaterinburg near the kola peninsula

    在俄羅斯國防部長謝爾蓋?伊萬諾夫的護衛下，普京接著登上了「彼得大帝」號巡洋艦，觀看位於科拉半島附近的俄羅斯葉卡捷琳堡核潛艇發射導彈，導彈沖出水面，消失在灰色的天空中。
  2. On the basis of deeply investigation of the submarine - based missile underwater launching technology, the paper mainly studies launching load and water - exit load of the submarine - based missile

    本文在對潛射導彈水下發射技術相關背景深入了解的基礎上，主要研究了潛射導彈水下發射載荷和出水載荷問題。
  3. Abstract : with simulated annealing approach based on simple method, the dynamic system of some submarine - launched missile carrier s water trajectory is identified, and the effects of no - modeling uncertainty and dimension of parameters to be identified on overall identification precision are investigated

    文摘:運用基於單純形的模擬退火演算法對某潛射導彈運載器水彈道動力學系統進行了辨識，並探索了未建模不確定性及待辨識參數矢量的維數對辨識精度的影響。
  4. The minke whale ' s missile - sleek shape helps it speed through the water at up to 20 miles ( 32 kilometers ) an hour

    小須鯨有著魚雷般的流線型外形，在水中最高時速可達20英里（ 32公里）每小時。
  5. The gliders suck in and shoot out water to change their buoyancy and move up and down. small wings on their missile - like bodies create lift to move horizontally. without a noisy propeller or engine, the gliders run silently and on very little power

    這種水下滑翔機長6英尺1 . 83米重100磅45 . 4公斤，依靠吸進吐出海水改變浮力，並藉助側翼產生水平動力。
  6. This dissertation investigates the influences of internal press and missiles shape on deformation and rupture of a multi - span thin - walled metal tube that struck by a large - mass and slow - speed missile transversely. 103 impact tests were conducted on a thin tube ( d / t = 44 ) either empty or filled with water using a missile ( dm / t = 6 ) with various nose shapes ( flat - nosed, hemisphere - nosed and conical - nosed )

    採用三種彈體（平頭、半球形和圓錐頭，彈體直徑與管壁厚度之比d _ m t = 6 ）對空管和高壓充水薄壁鋼管（徑厚比d t = 44 ）進行了沖擊破壞實驗，預加工作內壓分別為0mpa ， 5mpa ， 10mpa和15mpa 。
  7. Then in this paper the author establishes the simulation model of the probability of smashing the submarine when the segregator of the submarine launched missile carrier sinking in the water and uses the monte carlo ( of or relating to a problem - solving technique that uses random samples and other statistical methods for finding solutions to mathematical or physical problems. ) to simulate the whole process. then the author carrier through much simulating computations and gives the smashing probability at different conditions

    在對分離體下沉的各種干擾因素進行了深入的分析后，建立了基於蒙特卡羅方法的潛射導彈運載器分離體砸艇概率的計算模型，並且進行了大量的計算機模擬試驗，分別對運載器採用平面彈道，偏航彈道在不同發射深度，不同發射艇速的情況下的分離體砸艇概率進行了模擬計算，給出了不同情況的砸艇概率。
  8. By means of some simulation examples, the dynamic process of pressure load and acceleration impact load which occur in the process of missile launching is deeply studied. the dangerous position where the maximum load occurs and the time when it occurs are given. these results can provide technological reference to structure design, water tight design and launching security evaluation

    並通過部分算例，詳細研究了導彈在發射出管過程中所受的壓力載荷和加速度沖擊載荷的動態變化過程，給出的導彈所受最大載荷的危險部位及產生時間，可以為導彈的結構設計、水密性能設計和發射安全性評估提供技術參考。
  9. A theoretical analysis of local damage in a thin ductile tube hit by a flat - nosed missile laterally is developed to predict local failure due to plugging by the beam - on - foundation model. the effect of internal press was considered, and differential equations was obtained which can predict the ballistic speed of the missile which impact the tube filled with water. it can be solved by runge - kutta method

    採用地基梁模型對平頭彈體側向沖擊鋼管的沖塞型破壞模式進行了理論分析，考慮了充壓情形下內壓的影響，導出了鋼管在沖擊過程中的運動方程，可以用龍格?庫塔法進行數值求解來確定彈體沖擊充液壓力管道的彈道極限速度。
  10. The water - exit movement of the submarine - based powerless missile which is horizontally or vertically launched is solved. the change trend of force and moment which are put on the missile is given. the effects of ocean current and wave that affect the missile is studied based on the front work

    本文建立了導彈出水運動數學模型，採用定步長四階龍格-庫塔（ runge - kutta ）法求解了潛載無動力導彈水平發射和垂直發射的出水運動過程；給出了導彈出水過程中所受力和力矩載荷的變化情況，並在此基礎上分別研究了海流和波浪對導彈的影響。
  11. The minke whales missile - sleek shape helps it speed through the water at up to 20 miles ( 32 kilometers ) an hour

    意譯：貂鯨有像圓滑的導彈的外形，因此使它迅速通過海洋達到每小時32公里。
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