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在探讨大型舰船抵御聚能破甲弹的防护思想及装甲防护结构形式的基础上，对舰船结构采用立体大间隙防护及复合装甲防护，抵御聚能破甲反舰导弹攻击的可行性进行了实验研究。结果表明，所提出的舰用装甲防护思想是合理且可行的，舰船内舱装甲结构采用－钢复合装甲可以大大提高舰船的防护能力，其防断裂射流波甲的防护系数大于３。
On the basis of discussing the protective thought of large-sized ships against the Armor Polar Armor and the forms of armor protection structures, the feasibility of using three-dimensional large-gap protection and composite armor protection to resist the attack of the converging Armor anti-ship missiles Experimental study The results show that the proposed concept of ship armor protection is reasonable and feasible. The use of steel composite armor can greatly improve the ship’s protection capability, and the protection coefficient of wave armor against fracturing jet is greater than 3.