爆轰

bào hōng
  • detonation
爆轰爆轰
爆轰[bào hōng]
  1. 碳氢混合燃料(C5~C6)气云爆轰胞格结构实验研究

    Experimental Investigation on the Detonation Cellular Structure Caused by C_5 ~ C_6 Cloud Fuel Mixtures

  2. 激波管中H2&O2爆轰产物辐射光谱的实验研究

    The experimental studies of emissive spectra to h_2-o_2 detonation in shock tube

  3. 爆轰测试方法基础(三)闪光X射线照相技术

    Elementary diagnostic method for detonation [ 3 ] flash X-ray radiographic techniques

  4. X&Ⅱ型闪光X射线机用于爆轰测试的性能研究

    X - ⅱ flash X-ray machine and its application in detonation tests

  5. 在由Ar稀释的H2&O2混合物的爆轰实验中得到了规则的胞格结构图案。

    The regular cellular structure was obtained in detonation of H_2-O_2 mixture diluted by Ar.

  6. H2&O2爆轰时Ar浓度对产生胞格结构的影响

    The Effect of Concentration of Ar on Formation of Cellular Structure in H_2-O_2 Detonation

  7. 最后分析了氩Ar浓度对H2&O2爆轰的抑制作用。

    Finally , the restrained action of concentration of Ar on H_2-O_2 detonation was discussed .

  8. 本文介绍了一种用示踪点的移动来确定球面爆轰波位置的HELP数值计算的近似方法。

    In this paper a preliminary numerical simulation method of how to deter - mine the spherical detonation wave position with moving tracer particles is introduced .

  9. 二维定常爆轰阵面形状的微分方程及D(n)-k关系

    The Differential Equation Governing the Front Shape of Two-Dimensional Steady Detonation and the D  ̄( n ) - k Relation

  10. 本文基于爆轰冲击波动力学(DetonationShockDynamics)方法,研究模拟三维非理想爆轰波阵面传播过程的levelset方法。

    This paper study the Level Set method for propagation of non-ideal detonation based on DSD ( Detonation Shock Dynamics ) model .

  11. 分析了CF的爆轰特点。

    The performance of CF detonation was analyzed .

  12. 等离子体点火对PDE一维两相爆轰影响的数值计算

    Numerical Calculation of Influence of Plasma Ignition on PDE One-Dimensional Two-Phase Detonation

  13. 2H2+O2爆轰波后壁面热交换测量

    Heat transfer measurement on the wall behind detonation waves

  14. 简化CH4/O2/N2基元反应模型在爆轰模拟中的应用

    An application of reduced CH_4 / O_2 / N_2 reaction mechanism on numerical simulation of detonation

  15. EPIC-2是撞击和爆轰问题动态分析的一种二维计算程序。

    EPIC-2 is a two-dimensional computer code for dynamic analysis of impact and explosive detonation problems .

  16. CP、RDX和Pb(N3)2热分解及爆轰特征的对比研究

    A comparative study on the thermal decomposition and detonation behaviors of cp , rdx and pb ( n_3 ) _2

  17. 颗粒状HMX、RDX的燃烧转爆轰实验研究

    Experimental Study on the Deflagration to Detonation Transition for Granular HMX , RDX

  18. 对爆燃转爆轰过程(DDT)进行了初步研究,实验能够记录爆燃转爆轰这种快速转变的过程。

    Deflagration to detonation transition ( DDT ) process is also investigated primarily from experimental records .

  19. 弱约束条件下NEPE推进剂燃烧转爆轰研究

    An experimental study on DDT of NEPE propellant at weak confinement

  20. 一次引爆型固相FAE云雾爆轰半径的研究

    Study of Cloud Detonation Radius of Solid Single Event FAE

  21. FAE爆轰参数计算与性能设计探讨

    Calculation of Detonation Parameters and Performance Designs of FAE

  22. 计算发散爆轰波传播的DSD方法

    DSD method applied to the propagation of divergent detonation waves

  23. NEPE推进剂的燃烧转爆轰特性

    Deflagration to Detonation Transition Characteristics of NEPE Propellant

  24. 模型NEPE推进剂燃烧转爆轰实验研究

    An Experimental Study of Deflagration - to - Detonation Transition on a Model NEPE Propellant

  25. Fay等所作的声波理论结果相一致,比较成功地解释了螺旋爆轰的一些实验现象。

    Fay , and may explain some experimental phenomena of spin detonation successfully .

  26. 建立了一维、定常的悬浮粉尘爆轰波两相流体力学模型,对铝粉,RDX粉尘,及铝/RDX混合粉尘的爆轰波结构进行了数值模拟。

    Using this model , Dust detonation was studied for the Aluminum , RDX and Al / RDX mixture dust .

  27. 基于Laval喷管的圆管爆轰驱动近似解

    The approximate solution of pipe driven by detonation based on the theory of De Laval nozzle

  28. 在不影响频响特性前提下,提出SOI结构设计,解决爆轰瞬态超高温的干扰影响。

    With the premise of not affect the frequency response characteristics , SOI structure is proposed to solve the interference of transient ultra-high temperature during detonation .

  29. 研究结果表明,NEPE推进剂药浆的诱导爆轰距离与其在DDT管中的装填密度存在典型的U形曲线关系;

    The relation curve between the predetonation column length of NEPE propellant slurry and the loading density in DDT tube exhibits a typical U shape .

  30. 40×40mm方截面双层爆轰激波管的改造

    The Reconstruction a Double Walled Detonation Shock Tube with 40 × 40mm Square Section