1) surface nuclear explosion
地(水)面核爆炸
2) undersurface nuclear explosion
地(水)下核爆炸
3) ground explosions
地面爆炸
1.
Characteristics of loads on shallow-buried structures under the ground explosions;
炸药地面爆炸条件下土中浅埋结构上荷载的作用特点
4) water surface explosion
水面爆炸
1.
The precision guided bomb GBU-28 which is equipping the American army is taken as the research object,By the three-dimensional numerical simulation for water surface explosion of large-aperture-heavy weapon,and using Arbitrary Lagrange-Eu1er method,the fluid-structure coupling dynamic problems for water surface explosion are studied.
选取美军制导炸弹GBU-28作为研究对象,通过对大口径、高弹重武器水面爆炸进行三维数值仿真,利用任意Lagrange-Eu1er计算方法,针对水面爆炸研究了"流-固"耦合动力学问题,分析了水中冲击波和空气冲击波的传播规律以及大坝的动态响应。
5) underground nuclear explosion
地下核爆炸
1.
The Basic Characteristic of Underground Nuclear Explosion s Magnetic Anomalies;
地下核爆炸磁异常基本特征研究
2.
On the use of magnetic anomalies to detect underground nuclear explosion;
磁法探测地下核爆炸初探
3.
6722 uranium deposit and the geological effects of underground nuclear explosion, the explosion equivalent of TNT for cryptoexplosive breccia of No.
对产出在花岗岩基底中的６７２２铀矿床长英质隐爆碎屑岩地质构造特征进行了研究，并与我国在相似地质条件下进行的地下核爆炸试验产生的地质效应作了对比，类比计算出形成该隐爆碎屑岩体的爆炸能量（ＴＮＴ当量）。
6) nuclear surface burst
地表核爆炸
补充资料：地（水）面核爆炸
di(shui)mian hebaozha
地（水）面核爆炸
surface nuclear explosion
见核武器爆炸方式。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条