目的研制冲击谱试验机，以考核航天产品耐受爆炸冲击环境的能力。
Objective To develop a shock response spectrum test facility for testing space products in the pyrotechnic environments.
目的为电动振动台实现模拟爆炸冲击环境提供一种有效的在线时域合成方法。
Objective to present an effective on line SRS time history waveform synthesis method for simulating pyrotechnic shock environment with electrodynamic shakers.
首先指出了传统冲击因子在描述水下爆炸冲击环境时的不足，主要以双层加肋圆柱壳结构为研究模型。
First the shortages of the traditional impulsive factor for describing the impulsive environment of underwater explosion are showed.
这次的事件中，可能是爆炸的猛烈性降低了事故对于环境的冲击。因为钻井所载的大部分的燃油和原油可能都在最初的大火中烧掉了。
In this case, the sheer ferocity of the accident might have had lessened its environmental impact - much of the fuel oil and crude onboard the rig may have burned up in the initial fire.
本论文以双层加筋筒形结构为主要研究模型，探讨了水下爆炸作用下潜艇结构冲击环境研究的如下几方面的问题。
In this paper, double cylinder shell structure with stiffening ribs is used to solve some problems about the impulsive environment of underwater explosion for submarine structure.
舰船冲击环境主要是水下爆炸、武器直接命中、自身发射武器爆炸和核爆炸冲击波作用于船体的结果。
Navy ships may be subject to shock generated by non-contact underwater weapon explosion, contact weapon hits, self-delivered weapon explosion and nuclear blast.
试验结果表明，用中量级冲击机来模拟水下近距离非接触爆炸性环境并对装备进行考核是当前可行的一种技术手段。
The test results showed that using medium weight shock test machine to simulate under water not-touch close quarters blast environment to test equipment is a feasible technical measure.
利用冲击谱描述方法，对舰船在水下爆炸载荷作用下的冲击环境进行了数值模拟和分析。
The shock environment of the ship structure under underwater explosion is simulated by the shock spectrum.
本文利用冲击谱描述方法，对舰船在水下爆炸载荷作用下的冲击环境进行了数值模拟和分析。
The shock environment of the ship structure under underwater explosion by the shock spectrum was simulated.
本文利用冲击谱描述方法，对舰船在水下爆炸载荷作用下的冲击环境进行了数值模拟和分析。
The shock environment of the ship structure under underwater explosion by the shock spectrum was simulated.
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