shock-intensity effect 激波强度效应
shock intensity effect 激波强度效应
high intensity shock-conducting tube 高强度导爆管
high intensity shock 高强度冲击
Compressive faults occurred after principal earthquake with slow variation in propagation and release of stress wave, this might lead to higher after shock intensity and longer duration.
挤压型逆冲断层地震在主震之后,应力传播和释放过程比较缓慢,可能导致余震强度较大,持续时间较长。
Altitude determines the distance shock waves travel before reaching the ground, and this has the most significant effect on intensity.
飞行高度决定了冲击波到达地面所需要行进的距离,它对冲击波强度的影响是最大的。
Some maneuvers — pushovers, acceleration and "s" turns — can amplify the intensity of the shock wave.
一些飞行动作——拉升、加速和S型转弯——会增大冲击波的强度。
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