爆炸激發 的英文怎麼說

中文拼音 [bàozhájīfā]
爆炸激發 英文
explosive stimulation
  • 爆 : 動詞1. （猛然破裂或迸出） explode; burst 2. （放在滾油里快炒） quick-fry
  • 炸 : 炸動詞1. （在油里弄熟食物） fry in deep fat or oil 2. [方言] （焯） scald （as a way of cooking）
  • 激 : Ⅰ動詞1 （水因受到阻礙或震蕩而向上涌） swash; surge; dash 2 （冷水突然刺激身體使得病） fall ill fr...
  • 發 : 名詞（頭發） hair
  • 爆炸 : explode; blast; blow up; bomb; burst; detonate; explosion; fulmination; out-burst
  • 激發 : 1 （使奮發） arouse; stimulate; set off; stir up 2 [物理學] excitation; exciting; incitement; inc...
  1. An appalling plash within two yards of him was followed by a loud, rushing sound, diminuendo, which seemed to travel back through the air to the fort and died in an explosion which stirred the very river to its deeps

    距離他兩碼的位置發出可怕的激濺聲，隨后響亮急速的聲音漸漸微弱，聲音似乎是向後穿過天空到達堡壘並在爆炸聲后平息，它的威力足以震驚整條河。
  2. On the basis of modern blasting theories, the moving process of explosive stress field of multi - row and simultaneity is analyzed and the characteristics of stress field inspired by equivalent effect cell of globosity charge in cylindrical charge structure are considered. thus energy distributing equation of detonator explosion is established and the explosive energy utilizing rate factors are known. so the moving process model of the hole filling is constructed and the equation of calculating reasonable filling length is produced

    本文在現代爆破理論的基礎上，分析了多排同段爆炸應力場的作用過程以及柱狀裝藥結構中等效單元球狀藥包所激發的應力場特點，建立了炸藥爆炸能量分佈方程，明確了影響爆炸能量利用率的因素，構建了炮孔充填物運動過程模型，得出計算合理充填長度方程。
  3. Secondly, the formula of the shock front of the spherical wave in the air is extended to the model of circumrotated ellipse and the process of the shock front of in the water in term of the transmitting characteristic of the laser plasma shock wave in the air

    其次，從空氣中激光等離子體沖擊波波前的傳輸特性出發，將空氣中點源爆炸球面沖擊波波前衰減傳播公式推廣到非中心完全對稱情況，提出旋轉橢球面沖擊波前傳播公式；建立水中的激光等離子體沖擊波波前衰減傳播模型。
  4. The blast occurred at a fast food stand near the city ' s old central bus station - which was also the target of a bombing in january

    爆炸發生在特拉維夫市的老汽車總站附近的一個快餐攤，那裡也是巴勒斯坦激進分子今年1月襲擊過的目標。
  5. During its storage, transportation, maintenance and service, the solid rocket motor ( srm ) may encounter many incidents such as being dropped onto the ground while being hoisted up, crashing when vehicle turns over during transportation, being struck heavily in takeoff or landing accident while being carried by airplane, impacting with launch platform or buildings when there is abnormality during launch of multiple - stage rocket. impact of great intensity takes place in such accidents, which will lead to srm ignition or explosion

    固體火箭發動機在貯存、運輸、維護及使用過程中可能遇到各種意外機械撞擊激勵，例如:吊裝過程中跌落，運輸過程中因交通事故發生翻覆碰撞，機載固體導彈掛飛時因載機發生起降事故導致高速沖撞，多級火箭發射初期因發射異常與發射架或地面建築物發生碰撞等，固體火箭發動機將受到劇烈機械撞擊載荷作用，導致其著火燃燒甚至爆炸。
  6. The application of multi - level delay charging method has change the conventional charging method and increase the effective energy in downgoing elastic wave, which has unique effect in increasing the bandwidth of effective wave, resolution, s / n ration and interference attenuation and is worth to propagate

    多級延遲爆炸技術的應用，改變了傳統的激發方式，提高了彈性波下傳的有效能量，對提高有效波頻帶寬度、在提高解析度、信噪比、壓制干擾各方面，都具有獨特的作用，具有很好的推廣價值。
  7. Forward modeling on delayed blast in the desert area of junggar basin

    準噶爾盆地沙漠區延遲爆炸激發正演模擬分析
  8. While the death star was forced to orbit a target world before firing its superlaser and annihilating the planet, the galaxy gun fired giant, high - yield explosive projectiles into hyperspace

    與死星在超級激光聚能並開火毀滅目標行星之前要首先進入並環繞該行星軌道不同，銀河之槍直接向超太空發射出巨大的，高能量爆炸性的發射彈。
  9. With the large number of users and explosive information on internet, the traditional web information retrieval mode is ineffective and blocks the development of internet. so it promotes people to research and develop a new and more effective information retrieval method

    隨著internet的用戶數和信息量爆炸性的發展，傳統的web信息檢索模式呈現出效率低下、制約發展的徵兆，因此也激勵人們研究和開發新的、更加高效的信息檢索方法。
  10. The seismic wave madding by the detonating seismic hammer have higher frequency and remedy the disadvantage of the lower energy utilization of the concentrating energy source

    爆炸地震錘由爆炸射流拋射錘頭撞擊地層，激發地震波具有較高的頻率，同時彌補了聚能震源彈能量利用率不高的缺點。
  11. Abstract : some typical results of computation on the shock ( blast ) wave interaction ( 2 - d and 3 - d ) with bodies and its experimental validation in shock tube are summarized, the suggestion for improving the numerical method ( difference scheme and grid systems ), developing 3 - d optical quantitative visualization technology and further studying the unsteady turbulent flow are put forward

    文摘:給出了在二維和三維條件下激波（爆炸波）與物體相互作用的一些典型計算結果，概括總結了激波管中實驗的有效性，提出了改進數值方法（包括差分格式，網格系統） ，發展三維光學定量可視化技術和進一步研究非定常湍流的建議。
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