这些射线暴通常预示老龄化的恒星的内爆，这些内爆会产生单股快速的能量爆发。
These bursts usually indicate the implosion of an aging star, which produces a single, quick blast of energy.
在银河系，爆能手枪是军民两用的标准远程武器，它能发射被称为“能量束”的凝聚光基能量脉冲。
The standard ranged weapon of both military personnel and civilians in the galaxy, the blaster pistol fires cohesive bursts of light-based energy called bolts.
随着爆炸深度的增加，转化为空中爆震波的能量便减少。
As the depth of burst increases the amount of energy going into the air blast wave decreases.
尽管武器类型和尺寸各不相同，但把光束增强为致命能量束的基本爆能技术是简便且大致相同的。
The basic blaster technology of intensifying a beam of light into a deadly bolt is scalable, and largely the same despite the differences in weapon types and sizes.
再加上一对前向的近距离爆能炮，就构成了AAT的能量武器组。
A pair of forward-facing short range blaster cannons round out the AAT's energy-weapon complement.
同时也得到了爆丝参数通过对能量波形的影响而改变气泡运动的过程。
The process of bubble motion changed by exploding wire parameter affecting the discharge power waveform is also viewed.
该星爆在穿戴者的回合发射，使用穿戴者的远程攻击加值进行远程接触攻击，但是能量类型为火焰。
The burst ejects from the skin on the wearer's turn, making a ranged touch attack as described in the energy retort power, but the energy type chosen is always fire.
数值计算结果表明，这种柱形爆电换能器用来提供大电流，大能量(如2000a、100j)是适宜的。
The numerical calculation shows that the cylindrical explosive-electric transducer is suitable to provide a strong current and an amount of large electrical energy (e. g. 2000a, 100j).
约克斯吉特并不满足于当一名阿罗过滤公司的安全系统技术员，为了发财，他把提班纳气体秘密卖给巴拉格温武器设计师赫米·奥德尔，奥德尔再将提班纳气体注入爆能枪能量夹。
Not content as a security systems technician at A'roFilter, Yoxgit supplemented his income by secretly selling Tibanna gas to the Baragwin weapons designer Hermi Odle for infusion in blaster packs.
爆热越大，气云区内部爆炸压力在能量释放过程中增加得越快，在能量释放完毕以后衰减得也越快。
With the growing of explosion heat, the explosion pressure sharply increases during energy releasing period, and rapidly attenuates after the flame is distinguished within gas cloud.
本文对辐射驱动内爆靶进行了理论分析，得到了带有待定参量的能量转换关系。
Imploding targets driven by radiation are analyzed theoretically. Energy conversion relations with uncertain parameters are obtained.
随著爆炸深度的增加，转化为空中爆震波的能量便减少。
As the depth of burst increases, the amount of energy going into the air blast wave decreases.
讨论了在岩爆防治中能量释放控制的的重要性。
The importance of the energy release control in rock burst prevention and treatment was discussed.
云爆冲击波的毁伤面积随固定云爆体积内总能量线性增加。
The damage area of cloud detonation shock wave increases linearly with the total energy of cloud detonation.
通过提高炸药爆速、大装药密度等方法可以提高聚能装药爆炸后形成射流的能量和改善聚能爆破切割石材的效果。
Explosive with high density and high velocity can greatly increase the explosion energy and improve the effect of rock materials cutting by shaped charge .
在共轭爆轰模型中，阵面激发化学反应释放出的能量，使得爆轰产物粒子朝不同的方向运动。
In conjugate detonation model, chemical reaction is initiated by the shock wave front, and the released energy makes the particles of explosion products move in different directions.
岩石中装药爆炸产生的爆破能量可分为爆炸冲击波能量和爆生气体膨胀能量。
The explosive energy of charge in rock is composed of shock wave energy and gaseous explosive energy.
分析结果认为，大约总能量的42.5%消耗于近区，主要是因为空腔内爆轰产物的高压所致。
It is considered that about 42.5% of the total energy is consumed at the close zone because of the existence of a high pressure caused by detonation product in the cavity.
利用能量方法，对初次爆扩用药量的问题进行了探讨，确定了深孔药壶爆破初次爆扩的用药量。
In the paper, the charge weight is discussed using the energy method, and the charge weight of the first hole-springing explosion is determined for deep-hole springing blasting.
为了获得低能量导爆索水下爆炸冲击波特性，在水下爆炸试验容器中对复合铝纤维爆炸索进行水下爆炸试验。
To get the characteristics of underwater explosion shockwave of low energy detonating cord, underwater explosion experiments were carried out in an explosion water tank.
为了获得低能量导爆索水下爆炸冲击波特性，在水下爆炸试验容器中对复合铝纤维爆炸索进行水下爆炸实验。
In order to obtain underwater explosion shockwave characteristics of low energy detonating cord, underwater explosion experiments were carried out in an explosion water tank.
水介质爆破法是一种高效传递爆破能量、提高爆能利用率的有效方法。
Blasting in water medium is an efficient way which is characterised by the highly efficient transmission and improved utilization of blasting energy.
为了使爆胎充气点火引信的电源满足小型化、高能量密度和使用周期长等技术要求，以P ！ 5a4为材料设计了一种压电陶瓷电源。
In order to meet the demand of the smart, high energy density and long lifetime for the burst blow ignition fuse, a type of piezoceramics power supply made of P-5A4 material is designed.
针对两相无阀脉冲爆震发动机（PDE），研究了点火能量、工作频率、发动机直径、进气方式和燃料种类等对PDE点火-起爆性能的影响。
The ignition-detonation performance of two-phase valveless pulse detonation engines(PDEs) with the inner diameters of 50 mm and 120 mm in different operation cases was investigated.
针对两相无阀脉冲爆震发动机（PDE），研究了点火能量、工作频率、发动机直径、进气方式和燃料种类等对PDE点火-起爆性能的影响。
The ignition-detonation performance of two-phase valveless pulse detonation engines(PDEs) with the inner diameters of 50 mm and 120 mm in different operation cases was investigated.
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