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高能炸药     
相关语句
  high explosive
    Reaction Zone Width of High Explosive by Photoelectric Technique
    用光电技术研究高能炸药反应区宽度
短句来源
    Bis (β.β.β-trinitroethyl-N-nitro) ethylenediamine (BTENED) is a zero-oxygen balanced high explosive.
    2~#炸药[重(β,β,β-三硝基乙基-N硝基)乙二胺]是一个零氧平衡的高能炸药
短句来源
    Using the pressure comparing method to measure the pressure p_exp and p_Alwith manganin stress gauges on the surface of JB-9001 and LY12 aluminum samples impacted simultaneously by a LY12 aluminum flyer,we obtained the shock Hugoniot of insensitive high explosive JB-9001.
    本文利用“压力对比法”实验技术,通过锰铜压力计测试待测炸药样品和LY12铝样品在LY12铝飞片的同时撞击下的界面压力p_exp和p_Al,由冲击波关系式和正文回归直线拟合分析,确定了钝感高能炸药JB-9001的冲击Hugoniot关系。
短句来源
    A Novel High Explosive:Hexanitrohexaazatricyclododecanedione
    一种新颖的高能炸药:六硝基六氮杂三环十二烷二酮
短句来源
    ICT Nondestructive Testing for High Explosive Density
    γ射线工业CT技术在高能炸药密度检测中的应用
短句来源
更多       
  high energy explosive
    The energetic leadless compound Ba(NTO)·3H 2O is a low sensitivity and high energy explosive. It is proved to be a good combustion catalyst by TGA and DSC analysis and formula experiment. The Ba compound can lower the characteristic signal of the propellant and decrease environment pollution .
    含能无铅化合物Ba(NTO)·3H2O是一种低感度高能炸药,通过TGA、DSC及配方实验,证明它是良好的燃烧催化剂,有利于降低固体推进剂的特征信号,并减少推进剂对环境的污染。
短句来源
    Hexanitrohexaazaisowurtzitane(HNIW),the most powerful high energy density compound ever tested,was first synthesized by A. T. Nielsen in 1987.Considered as a tomorrow's high energy explosive,it has drawn much attention of many countries.
    1987年由美国A.T.Nielsen首次合成的六硝基六氮杂异伍兹烷(HNIW),是当前密度和能量水平最高的高能量密度化合物(HEDC),被誉为明天的高能炸药,并受到世界各国的普遍关注。
短句来源
    RDX is a high energy explosive used widely with better comprehensive properties.
    环三甲撑三硝胺(RDX)是综合性能好、使用极广的高能炸药
短句来源
  high explosives
    STUDY ON DETERMINING TENSILE STRESS STRAIN CURVES OF HIGH EXPLOSIVES
    高能炸药拉伸应力-应变曲线测定方法的研究
短句来源
    Studies on thermal decomposition of new high explosives
    新型高能炸药热分解研究进展
短句来源
    Ageing Studies of High Explosives
    高能炸药的老化研究
    Two-dimensional Numerical Simulation of Non-ideal Detonation in High Explosives
    高能炸药非理想爆轰的二维数值模拟
    The Measurement in the Transition from Deflagration to Detonation in Porous Charge High Explosives
    多孔隙装药的高能炸药燃烧转爆轰的测试
短句来源
更多       
  high energetic explosive
    Progress in High Energetic Explosive:TEX
    高能炸药TEX的研究进展
短句来源
    A high energetic explosive compound, 4,10-dinitro-2,6,8,12-tetraoxa-4,10-diazaisowurtzitane(TEX) synthesized by different routes is reviewed. The properties of TEX, such as explosive performance, thermal decomposition, friction sensitivity and impact sensitivity are summarized. It can be concluded that energy lever of TEX is higher than RDX, even exceeds TATB. Moreover, TEX is high solids pressable, extrudable explosive or simple castale explosive.
    综述了钝感高能炸药4,10-二硝基-2,6,8,12-四氧杂-4,10-二氮杂四环[5.5.0.05,903,11]十二烷(TEX)的合成方法,详细介绍了其爆炸性能、感度和热分解性能等,简述了其在钝感炸药方面的研究进展,对应用前景作了展望。
短句来源

 

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      high explosive
    In [4], the detonation of a solid high explosive was used to produce population inversion in the gas mixture CO2-N2-He(H2O).
          
    The NEZND theory identified the nonequilibrium excitation processes that precede and follow the exothermic decomposition of a large high explosive molecule into several small reaction product molecules.
          
    Thus an analytic formula with two parameters of high explosive (i.e.
          
    Shock response of the commercial high explosive Detasheet
          
    The mechanical and chemical response of the flexible commercial high explosive DetasheetR is studied under controlled impact and plane-wave, high explosive loading.
          
    更多          
      high explosives
    The convective combustion of porous gunpowder and high explosives is an intermediate stage in the transition from layered combustion to detonation [1, 2].
          
    A study is made of one-dimensional nonstationary problems of the combustion and detonation of aerosuspensions of unitary fuels or propellants, which contain the oxidant as well as the combustible material (gunpowder, high explosives).
          
    The structure of detonation waves in air suspensions of unitary fuels (fuels containing an oxidant such as gunpowder and high explosives) is investigated.
          
    An improved method for measuring the electric conductivity profile behind the detonation front in dense high explosives has been developed, which provides for a spatial resolution better than 0.1 mm.
          
    A mechanism of the initiation of hotspots in heterogeneous solid high explosives was considered.
          
    更多          


    Bis (β.β.β-trinitroethyl-N-nitro) ethylenediamine (BTENED) is a zero-oxygen balanced high explosive.A plastic bonded explosive B-01 with low sensitivity to impact and friction is obtained on BTENED.The formulation is BTENED/HMX / TATB/Kel-F/polystyren /graphite/was = 70/22/4/2 /0.5/1.B-01 is characterized by its high shock sensitivity and therefore,can be directly initiated with 2 mm-diam,mild detonating fuse.It's sensitivity to impact is ≤4 %,to friction is less than 14% and detonation energy is comparable...

    Bis (β.β.β-trinitroethyl-N-nitro) ethylenediamine (BTENED) is a zero-oxygen balanced high explosive.A plastic bonded explosive B-01 with low sensitivity to impact and friction is obtained on BTENED.The formulation is BTENED/HMX / TATB/Kel-F/polystyren /graphite/was = 70/22/4/2 /0.5/1.B-01 is characterized by its high shock sensitivity and therefore,can be directly initiated with 2 mm-diam,mild detonating fuse.It's sensitivity to impact is ≤4 %,to friction is less than 14% and detonation energy is comparable to that of PBX-9404.Because of its ability for being compressed into different shapes with low specific pressure,B-01 is promising in some special applications.

    2~#炸药[重(β,β,β-三硝基乙基-N硝基)乙二胺]是一个零氧平衡的高能炸药。在2~#炸药中混入少量HMX,以氟橡胶粘结,以TATB、石墨和石腊组成的复合钝感剂来钝感,得到了撞击感度和摩擦感度较低的B-01炸药配方。配方组成为2~#炸药/HMX/TATB/氟橡胶/聚苯乙稀/石墨/石腊=70/22/4/2/0.5/0.5/1。 该配方的特点是冲击波感度很高,很容易用2mm直径的柔爆索起爆。其撞击感度与TNT相当(≤4%),摩擦感度低于14%,爆轰能量相当于PBX-9404,而且容易在低比压下制成不同形状,因此它适用于某些特殊用途的装药。

    Hugoniot data for powder mixture of BaCO3 and TiO2 have been measured in the range 10 to lOOGPa according to impedance match principle using chemical explosive driven shock wave and flash gap slit sweeping photography of high speed rotating mirror camera. Recovery experiments with axial synmmetic and planar configurations and X-ray diffraction of recovered sample in order to examine shock synthesis of BaTiO3 have conduc -ted as well.Measured Hugoniot curves show obvious discontinuities at about 30 and 45GPa....

    Hugoniot data for powder mixture of BaCO3 and TiO2 have been measured in the range 10 to lOOGPa according to impedance match principle using chemical explosive driven shock wave and flash gap slit sweeping photography of high speed rotating mirror camera. Recovery experiments with axial synmmetic and planar configurations and X-ray diffraction of recovered sample in order to examine shock synthesis of BaTiO3 have conduc -ted as well.Measured Hugoniot curves show obvious discontinuities at about 30 and 45GPa. Hugoniot data combined with X-ray diffraction analyses show that those discontinuities correspond to the phase transition of TiO2 in the mentioned mixture from the anatase to theβ-TiO2 phase and synthesised BaTiO, reaction between BaCO3 and TiO2. respectively. Moreover. X-ray diffraction analyses of recovered samples using ammonium nitrate charge indicate that the very complete transition of TiO2 from the anatase phase to the rutile phase occured.

    利用高能炸药爆轰驱动冲击波、狭缝扫描闪光隙高速照相技术和阻抗匹配解原理,在10—100GPa压力范围内,测量了BaCO_3和TiO_2 粉末混合物的冲击缘热数据。同时,利用轴对称柱面和平面爆轰装置,进行了该混合物样品的冲击后回收实验和回收样品的X射线衍射分析,考察 BaTiO_3的冲击合成。 测量出的冲击绝热数据,以冲击波压力和比容平面上的结果为例,在约 30和45 GPa两个压力值时,比容发生明显跃变。冲击绝热数据与回收样品X射线衍射分析结果相结合,判断出,这两个跃变分别对应于 TiO_2 从锐钛矿相转变到高压β-TiO_2 相,BaCO_3与TiO_2开始急剧化学反应合成出BaTiO_3 并放出CO_2。此外,在压力为10GPa左右作回收实验,其回收样品的X射线衍射分析表明TiO_2由锐钛矿相完全转变为金红石相。

    The response of a high energy modified double-based propellant to shcok loading is studied and compared to that of the high explosives . The initiation , detonation , chemical reaction induced by shock waves and the shock growth of the propellant seem to be similar to that of heterogeneous high explosives . The reactions of the propellant components , HMX , NC , NG and AP , seem to carry on independently .The critical initiation pressure of the propellant is 1.1GPa, being rather hazardous .

    研究了改性双基推进剂冲击波响应过程,其中包括冲击波起爆、爆轰、冲击波成长及化学反应等,并与高能炸药进行了比较。结果表明,改性双基推进剂具有与非均质炸药相似的冲击波起爆、爆轰及冲击波成长过程;临界起爆压力为1.1 GPa具有较大的危险性。

     
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