thrust technique 中文意思是什麼

thrust technique 解釋
沖力技術
  • thrust : vt (thrust)1 猛推,沖;猛撳,沖入,插入,推入(出),突出,伸出,塞,刺,戳,戳穿。2 逼迫,把[...
  • technique : n. 1. (專門)技術;(藝術上的)技巧,技能。2. 手法〈如畫法,演奏法等〉。3. 方法。
  1. Thrust vectoring is the key technique for the modem fighter with agility and post - stall maneuver ability and good flight quality. and now it is the necessary technique for the fourth generation fighter and hot technique for the performance improvement for the third generation fighter

    推力矢量技術是現代戰機具有敏捷性、過失速機動能力、良好的飛行品質的關鍵技術,其已成為第四代戰斗機的必備技術和第三代戰斗機改型的熱門技術,得到了越來越多的重視。
  2. In order to get the near - optimum control under the conditions of minimum consummation of fuel, the technique how to calculate the thrust direction under the simplified conditions was presented in this paper

    摘要在簡化條件下,討論了閉路制導中如何確定推力方向,以達到「燃料消耗最小」條件下的準最優,並以某型導彈為例進行了模擬計算。
  3. It is of great significance to investigate performance characteristics and thrust augmentation mechanism in rbcc engine. this dissertation just deals with the mixing and combustion flow in a experimental strutjet rbcc in ejecting mode to investigate its performance characteristics and thrust augmentation mechanism by applying numerical simulation technique. the detail is as follows : 1

    本文應用數值技術對支板式rbcc發動機,即支板火箭引射沖壓組合發動機,引射模態的燃燒與流動現象進行了研究,探討了rbcc引射模態的性能增強機理,主要有以下幾方面: 1
  4. And establishing the model of the thrust vectoring nozzle is the base for researching thrust vectoring technique and engine performance with vectoring nozzle, especially the integration of flight and propulsion system control ( ifpsc ). so thrust vector modeling is very important and meaningful

    矢量噴管是實現推力矢量的關鍵部件,建立其數學模型是推力矢量技術尤其是開展帶矢量噴管的發動機研究以及飛推一體化綜合控制研究的基礎,具有十分重要的意義。
  5. Traditional electromagnetic hydrodynamic propeller in water, which depends on super conduct technique, generates the stronger thrust. but the disadvantages that have strict request with super conduct material and difficult realization and low efficiency restrict the application of this technique in a large of degree

    傳統的水中電磁流體推進可以產生較大的推力,但它主要依賴于超導技術,對超導材料的要求嚴格、實現困難、效率低,在很大程度上制約了這種技術的應用。
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