1.This paper presents a study of the behaviour of an Antisubmarine Submarine (SSK) facing an underwater explosion.
研究了反潜潜艇面对水下爆炸的性能状态，特别分析了水雷威胁。
2.As the varieties of characteristics about the underwater explosion, the study of it has unique appeal.
由于水下爆炸的各种特性，水下爆炸的研究别具吸引力。
3.Firstly, the mechanism of the energy absorbed by stiffened plates of a ship structure subjected to underwater explosion is presented.
首先分析舰船局部板架结构在水下爆炸冲击波作用下的结构吸能机理。
4.Essentially, the last safty valve design to shut down the well if there's an underwater explosion or any underwater malfunction.
从本质上说，如果水下发生爆炸，该设施是最后的安全阀门，应该将钻井关闭。
5.Dynamical responses of a cabin model under far-field underwater explosion load were experimentally measured and theortically analyzed.
对舱段缩比模型遭受水下爆炸冲击载荷时的动态响应进行了测量与分析。
6.And dynamic response of different material and different parameter composite cylinder shell to underwater explosion load is analyzed.
基础上分析了不同材料圆柱壳和不同参数复合材料圆柱壳在水下爆炸载荷作用下的抗冲击性。
7.These conditions may be regarded as corresponding to a shallow underwater explosion .
可以把这个条件看作是浅层水下爆炸的相应条件。
8.Theoretical study of the pulsation dynamics of an underwater explosion bubble with a vertical rigid plane
垂直刚性面边界条件下水下爆炸气泡运动的理论研究
9.Pulsation dynamics of an underwater explosion bubble vertical migrating to a horizontal rigid plane
水平刚性面下方水下爆炸气泡垂向运动的理论研究
10.Numerical Simulation of Energy Output Structure for Aluminized Explosive and Idealized Explosive in Underwater Explosion
含铝炸药与理想炸药能量输出结构的数值模拟