Impact tests were carried out on armor plates of different thickness with tungsten spheres of different diameter.

通过进行不同质量钨球对不同厚度装甲钢板的侵彻试验，得到了极限贯穿速度情况下的钨球变形规律。

In order to investigate the protective performances of the armor plateand the ceramic plate,armor plates and ceramic plates with two kinds of thickness were put into the steel fiber reinforced concrete(SFRC) targets when the targets were molded.

为考察装甲钢板和陶瓷板的抗侵彻特性,在钢纤维混凝土靶中分别加入两种不同厚度的装甲钢板和陶瓷板振动成型。