爆炸波 的英文怎麼說

中文拼音 [bàozhábō]
爆炸波 英文
blast wave
  • 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）
  • 波 : Ⅰ名詞1 （波浪） wave 2 [物理學] （振動傳播的過程） wave 3 （意外變化） an unexpected turn of even...
  • 爆炸 : explode; blast; blow up; bomb; burst; detonate; explosion; fulmination; out-burst
  1. As the depth of burst increases, the amount of energy going into the air blast wave decreases.

    隨著爆炸深度的增加，轉化為空中爆震波的能量便減少。
  2. Illustrations of the destruction caused to ships by air blast from a nuclear explosion are presented in chapter v.

    關于核爆炸空中爆震波對船隻造成的破壞，將在第五章說明。
  3. When the primary air blast wave from the explosion strikes the ground, another blast wave is produced by reflection.

    當爆炸引起的入射沖擊波觸及地面時，由於波的反射便產生另一沖擊波。
  4. After a while, the footstep came at the door, then, the door was opened like the door was striked by explosive bow wave

    一會兒，腳步到了門口，隨即，門像受到爆炸的沖擊波撞擊似的， 「砰」一聲被推開了。
  5. They said the bomb targeted a passing u. s. military convoy. one humvee vehicle had been hit, police said, but it was unclear if there were any american casualties

    警方認為炸彈的襲擊目的是一輛過路的美軍護衛車。警方還說，爆炸波及到一輛悍馬車，但還不清楚是否有美方人員傷亡。
  6. The aerodynamic pressure expression at jet location and in the area of jet interaction is established by blast wave principium

    採用爆炸波原理建立了噴流區和噴流干擾區的氣動壓力計算模型。
  7. In numerical simulation, the elastic zone is only considered and the effect of blasting waves on the rock medium, after attenuating through crushing zone and ruptured zone, becomes an input load

    數值模擬僅考慮彈性區域，爆炸波對巖石介質的作用經粉碎區、破裂區衰減后成為輸入荷載。
  8. Influence of barriers on flame transmission and explosion wave in gas explosion

    障礙物對瓦斯爆炸過程中火焰和爆炸波的影響
  9. Structure variation law of explosion wave in gas explosion

    瓦斯爆炸過程中爆炸波的結構變化規律
  10. Numerical analysis of plane explosive wave propagation with its attenuation behavior in semi - infinite medium

    平面爆炸波在半無限混凝土介質中傳播與衰減特性的數值分析
  11. Numerical results indicate that sprays have significant influence on explosion suppression, and that the smaller average diameter of particle and the higher spray concentration is, the more obvious the effect is

    計算結果揭示了：液霧對爆炸波有明顯的抑制作用，並且液霧密度越大、霧粒直徑越小，對爆炸波的抑制作用越好。
  12. From the numerical result, the pulse of the positive pressure and the negative pressure were clearly observed

    從而得到了爆炸波流場的數值全息干涉圖。
  13. First, a blast wave generator was numerically simulated to obtain the basic idea of the blast wave

    基於爆炸波形成條件，利用能量相當的原則給出了爆炸波運行的初始條件。
  14. Based on the two - fluid model, the attenuation process of blast waves in sprays is simulated by using the eulerian - lagrangian method

    基於雙流體模型，利用euler - lagrange組合方法，對爆炸波在液霧中的衰減過程進行了數值模擬。
  15. An experimental study of blast waves propagating in liquid sprays is described. it is conducted in a vertical tube with 5. 4m long, 0. 2m inner diameters

    在長5 . 4米，內徑0 . 2米的立式激波管上，進行爆炸波在液霧中的傳播規律的實驗研究。
  16. The results of experiments revealed explosion suppression of water sprays. the effects of spray concentration, average diameter of particle and shock velocity on explosion suppression have been discussed

    系統研究了液霧對爆炸波的抑制作用，並討論了液霧的濃度、霧粒直徑、激波強度對抑爆效果的影響。
  17. In this thesis, a 2 - d axial symmetric n - s equation was solved by using steger - warming flux splitting, muscl, b - l model and finite volume method to simulate an experiment, which was to observe explosion phenomenon

    本文用steger - warming分裂和b - l湍流模型的有限體積演算法求解二維軸對稱navier - stokes方程，數值模擬了錐形激波管中爆炸波運動和爆炸波正壓和負壓脈沖。
  18. According to experiment result of filled fluid structure, analyze the attenuation instance of explosive wave crest value on the instance of infused fluid and no infused fluid, and put up elementary theory analysis, calculate result and experiment result receive better agreement

    根據注液結構爆炸實驗結果，分析注液和沒有注液兩種情況下的爆炸波波峰值的衰減情況，並進行初步的理論分析，計算結果和實驗結果得到了較好的吻合。
  19. By this kind of numeric simulation, the mechanism of the blast wave and the way it goes were obtained, which is extremely valuable both in further analysis of basic flow and in engineering application ( e. g., the research and development of ground facilities, the aerodynamic design of vehicle and protection engineering, etc. )

    通過計算與分析，增進了對爆炸波運行和爆炸波產生負壓現象的理解，為工程應用提供了一些有意義的結果。為了研究爆炸波的運行規律，首先數值模擬了一個爆炸波發生器，得到了爆炸波形成條件。
  20. 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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