装甲自问世以来一直在同炮弹抗争,特别是表现在装甲车辆和穿甲弹的发展上。从1916年以来,坦克装甲同反坦克炮弹的相互作用,就受到密切注视。人们一方面在不断加强装甲,另一方面改进武器技术来提高其弹道性能,以便能穿透可能出现的装甲。第二次世界大战快结束时,达一发展达到了顶点:制造了前装甲板厚达250毫米的坦克,同样,反坦克炮的口径也增加到了128毫米。但是,当时人们已经认识到,同口径穿甲弹的威力已达到极限,要进一步提高只有采用新技术。因此,后来首先是大力发展了空心装药破甲弹。发展结果 Armor has been fighting artillery since its inception, notably in the development of armored vehicles and armor-piercing bullets. Since 1916, the interaction of tank armor with anti-tank shells has been closely watched. On the one hand, people are constantly strengthening their armor and, on the other hand, improving their weaponry to improve their ballistic performance in order to penetrate armor that may arise. Towards the end of World War II, TEDA culminated in the development of a tank with a 250-mm thick front armor and, similarly, the caliber of the anti-tank gun to 128 mm. However, people realized at the time that the power of the same type of armor-piercing bullet has reached the limit and it is necessary to further improve the use of new technologies. Therefore, first of all, the hollow charge d’anti-bullet projectile was first developed vigorously. Development results