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爆炸能量
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  explosion energy
    Particularly, the reasonable percentage of HMX/RDX selected can make PBX charge with the high explosion energy similar to HMX and much lower cost than it.
    更为突出的是 ,合理选择 HMX/ RDX比例 ,使 PBX装药具有与 HMX相近的高爆炸能量 ,而成本费用大幅度降低。
短句来源
    We think that the circuit of exploding wires, geometry of sample chamber, trigger switcher, wire parameters and charging voltage are important factors which may affect the explosion energy of exploding wires in rock and the amount of productive glass.
    爆炸丝线路、样品室几何形状、触发开关、金属丝参数及充电电压是影响金属丝在岩石介质中的爆炸能量和玻璃体生成量的重要因素。
短句来源
    The explosion energy, mechanical sensitivity and heat resistibility of material CL20 are described, showing that its energy and mechanical sensitivity are higher than that of HMX, while iysheat resistibility is close to that of RDX. 
    试验表明,CL-20炸药的爆炸能量和机械感度高于HMX,耐热性与RDX相近。
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  “爆炸能量”译为未确定词的双语例句
    Energy Calculation of Underwater Explosion or Cylindric Charge
    条形药包水下爆炸能量计算
短句来源
    Configuration of Underwater Energy Output for Aluminized Explosive Mixtures
    含铝炸药水中爆炸能量输出结构
短句来源
    Research on Energy Output Characteristics for Underwater Explosion of Explosives
    炸药水下爆炸能量输出特性研究
短句来源
    The Energetic Binders Effect on the Energy of Explosion for Aluminized Explosive
    含能粘结剂对铝化炸药爆炸能量的影响
    Underwater energy output characteristics of the different explosives has been indicatad through its parameters. The effect of aluminum on the underwater power of explosive mixtures was discussed.
    通过测定、计算、分析不同类型炸药水中爆炸能量输出参数,揭示了不同类型炸药在水中爆炸能量输出特性,分析了高威力含铝炸药组成铝氧比对水中爆炸能量输出结构的影响。
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  explosion energy
Theoretical and experimental aspects of design of service devices and systems using burning and explosion energy to separate automatic spacecraft constructions are considered.
      
These data allowed us to estimate the SNR age, 6.5×105 yr, and the initial explosion energy, 2.2×1051 erg.
      
Dependence of the position of the knee in the Galactic cosmic ray spectrum on the explosion energy distribution of supernovae
      
The position of the knee in the Galactic cosmic ray (GCR) spectrum is shown to depend on the explosion energy distribution function of supernovae (SN).
      
The model predicts a smooth knee if the SN explosion energy distribution is universal and a sharp knee if the hypernovae represent a separate class of events.
      
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It is possible to produce physical and chemical environment of underground Nuclear explosion by using exploding wires simulation source of the capacitor bank withhigh stored energy in rock. We used two apparatus of exploding wires as source of energy. One with the type of MY5-180 has the capacity of 122.1 (KJ) and the other (MY30-19) has the capacity of 232(KJ). We did simulation iv siltstone and limestone with these two apparatus. According to the experimental results, we obtained the amount of glass about...

It is possible to produce physical and chemical environment of underground Nuclear explosion by using exploding wires simulation source of the capacitor bank withhigh stored energy in rock. We used two apparatus of exploding wires as source of energy. One with the type of MY5-180 has the capacity of 122.1 (KJ) and the other (MY30-19) has the capacity of 232(KJ). We did simulation iv siltstone and limestone with these two apparatus. According to the experimental results, we obtained the amount of glass about 1.4 g. We think that the circuit of exploding wires, geometry of sample chamber, trigger switcher, wire parameters and charging voltage are important factors which may affect the explosion energy of exploding wires in rock and the amount of productive glass. It might be possible to increase the amount of productive glass with suitable improvement of the apparatus and selection of matched parameters.

利用大储能爆炸金属丝在固体岩石介质中爆炸,产生类似于地下爆炸的物理化学环境是有可能的。我们利用储能为122.1千焦耳的MY5-180型和储能为232千焦耳的MY30-19型装置作为能源,用粉砂岩和石灰岩作为介质进行了实验。根据实验结果估算,可以得到大约1.4克左右的玻璃体。爆炸丝线路、样品室几何形状、触发开关、金属丝参数及充电电压是影响金属丝在岩石介质中的爆炸能量和玻璃体生成量的重要因素。对装置进行适当地改进并合理选择匹配参数就有可能增加实验中的玻璃体生成量。

This paper describes some of the experimental results (overpressure, impulse ,duration) of an underwater explosion near the water surface. For an underwater explosion hear the water surface, the shock wave in water will change evidently. Experiment shows that there are two kinds of reflections of the free surface, one of them is linear reflection called "the surface cutoff" and is clear to us.The other is nonlinear reflection ,the shock wave is much distroyed and its peak overpressure is much decreased. In this...

This paper describes some of the experimental results (overpressure, impulse ,duration) of an underwater explosion near the water surface. For an underwater explosion hear the water surface, the shock wave in water will change evidently. Experiment shows that there are two kinds of reflections of the free surface, one of them is linear reflection called "the surface cutoff" and is clear to us.The other is nonlinear reflection ,the shock wave is much distroyed and its peak overpressure is much decreased. In this peper the later is comprehensively discussed . Through a great deal of test and analysis, a mathematical model of the overpressure is formulated . The formula is obtained from the Cole formula with revised cofficient and power. The coefficient is revised by the idea of energy released from free surface into atmosphere .

本文论述了近自由水面水下球形药包爆炸时,自由表面线性(规则)反射及非线性(非规则)反射对水中激波的影响以及激波参数变化规律。确定了爆深与爆炸能量逸出的关系。提出了由水面反射影响修正库尔公式的指数和从能量逸出概念修正库尔激波超压公式的系数,从而得出非线性反射区水中激波超压的公式。

On the basis of principle of industrial explosive composition,a composition of emulsion explosive is optimized and detonation Parameters of tile composite are calculated by a computer programme.Measurement results on detonation velocity,throwed-out strength in sand and underwater explosion energy of eleven testing compositions show that the throwed-out strength and detonation velocity of the emulsion explosive without any high energy material are higher than that of the other explosives.

文章根据工业混合炸药配方设计原则,编制程序优选乳化炸药配方,并进行爆轰参数理论估算,对11种试验配方进行爆速、砂中抛掷威力和水下爆炸能量的测定。结果表明,不含任何高能材料的乳化炸药已经具有较高的抛掷威力和爆速

 
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