摘要
本文在实验室条件下,用电容法测量了不偶合装药时爆炸波引起介质表面的位移和运动速度;结合表面应变的测量结果和模型的破裂特征分析,得出了不偶合装药对爆炸波能量传递及其作用的影响关系。图4,表2,参3。
On the basis of the measurements of medium free surface displacement, speed and strain by capacity transducer and ultra-dynamic strain system in the case of laboratory,the relation of the effect of decoupling charge to explosion energy transfer and stress wave effection has been reached in this article.4figs., 2tabs., 3refs.
出处
《湘潭矿业学院学报》
1991年第1期29-32,共4页
Journal of Xiangtan Mining Institute
关键词
矿山
爆破
装药
不偶合
爆炸波
decoupling charge
explosion wave
capacity transducer
