爆轟 的英文怎麼說

中文拼音 [bàohōng]
爆轟 英文
dtn = detonation
  • : 動詞1. (猛然破裂或迸出) explode; burst 2. (放在滾油里快炒) quick-fry
  • : Ⅰ象聲詞(指雷、炮擊等發出的巨大聲音) bang; boom Ⅱ動詞1 (雷鳴; 轟擊; 爆炸) rumble; bombard; exp...
  1. Deflagration to detonation transition behavior of explosive job

    炸藥燃燒轉爆轟性能的影響
  2. Ddt deflagration to detonation transision

    燃到爆轟的躍進
  3. Study of deflagration - to - detonation transition of combustible gas

    高能推進劑燃燒轉爆轟的實驗和數值研究
  4. Experimental study on the deflagration to detonation transition for granular hmx, rdx

    的燃燒轉爆轟實驗研究
  5. Deflagration - to - detonation transition in porous propel lants and cast propellants

    多孔和鑄裝高能推進劑的燃燒轉爆轟
  6. Numerical simulation of deflagration - to - detonation transition in high energy propellant

    高能固體推進劑燃燒轉爆轟的數值模擬
  7. The experimental and numerical study on the deflagration - to - detonation transition of a high - energy propellant

    可燃氣體燃轉爆轟問題的研究
  8. The desensitized explosive petn film was prepared by physical vapour deposition ( pvd ) technology, and sem was used to analyze the microstructure and grain size of petn film

    摘要採用物理氣相沉積( pvd )技術研製了鈍化太安炸藥薄膜,對薄膜的微觀結構和顆粒粒度進行了分析,對顆粒粒度與薄膜爆轟波穩定傳播臨界尺寸的關系進行了探索。
  9. Nitroguanicline may be regarded as an explosive which is powerful, but difficult to detonate.

    硝基胍可以認為是一種猛烈的炸藥,但難以爆轟
  10. Study on detonation performance of industrial explosives

    工業炸藥的爆轟性能研究
  11. Experimental study on hypervelocity flyer driven by strong detonation at low vacuum conditions

    低真空條件下炸藥強爆轟驅動超高速飛片實驗研究
  12. Experimental investigation of overdriven detonations in gas - solid two - phase mixtures

    氣固兩相介質中超驅爆轟現象實驗研究
  13. Three kinds of chemical reaction model are used to describe the chemical processes of downstream of detonation waves. the conditions that planar standing oblique detonation waves may occur and the factors that may affect them are discussed detailedly. the polar curves of oblique detonation waves and " standing window " are computed under different conditions

    建立了平面駐定斜爆轟波特性分析的數學模型,採用三種化學反應模型來描述爆轟波后的化學反應過程,詳細分析了平面斜爆轟波的駐定條件及其影響因素,計算了不同條件下斜爆轟波的極曲線和「駐定窗口」 。
  14. Shock sensitivity is an important index that can judge the difficult or easy degree of detonation and detonating performance of explosive. small scale gap test ( ssgt ) is one of the most general methods that study shock sensitivity

    沖擊波感度是衡量炸藥爆轟的難易程度和起性能的重要指標,而小隔板試驗( ssgt )是研究沖擊波感度最普遍的方法。
  15. Shock tube ; conical convergent section ; detonation ; finite volume tvd scheme

    激波管收縮截面爆轟有限體積tvd格式
  16. The numerical simulation of axisymmetric two - dimensional shock tube is studied, which has a conical convergent section, and its driving gas is the hot product of hydrogen oxygen detonation. finite volume tvd scheme is adopted and the mesh is local orthogonal. the primitive equations are euler s equations of multi - component flow. the new method of eliminating numerical oscillation at the interface of two materials is extended to two dimensions. the mechanical character of this shock tube is analyzed

    對由前向爆轟產生驅動氣體並具有局部錐形收縮截面的軸對稱激波管利用兩相常比熱完全氣體的歐拉方程組和有限體積tvd格式在局部正交的網格上進行了二維數值模擬。將消除兩種介質界面處數值振蕩的新方法成功地推廣到二維情況。分析了該激波管的力學特性。
  17. Detonation adiabatic line

    爆轟絕熱曲線
  18. Effects of impact - induced damage on deflagration - to - detonationtransition of high - energy propellants

    推進劑的撞擊損傷狀態對其燃燒轉爆轟的影響
  19. In the shock tube, the detonation parameters, such as critical initiation energy, detonation velocity, detonation pressure, detonation limitation and etc., have been measured and the relation is too obtained between detonation parameters and equivalence ratio. chemical kinetics process of hydrocarbon fuel has been analyzed according to the chain reaction mechanism

    在立式激波管中測試了工業燃料c _ 5h _ ( 8 . 68 )的臨界起能、速、壓、爆轟極限,得到了爆轟參數與當量比之間的關系;從爆轟反應是一個鏈反應機理出發,分析碳氫燃料的反應動力學過程。
  20. The high precision time - interval measuring instrument ( hptimi ) is manufactured for the rigorous requirement such as high precision, high stability and multi - channels in detonation experiment and particle acceleration experiment

    高解析度時間間隔測量儀正是應爆轟物理實驗中高可靠性、高精度和多通道等測量要求而研製的,其使用有助於使爆轟與粒子加速等物理實驗的電子測量技術達到一個新的水平。
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