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坦克是现代地面战争中的重要突击兵器,因其非凡的火力和突击能力而倍受各国青睐,发展颇为迅速。有矛必有盾,坦克的发展。也必然会促进反坦克武器的发展。为抵御大规模集群坦克的攻击,目前反坦克武器呈现出以下发展趋势。 一、向采用红外、激光、光纤等制导方式发展 从美国和西欧发展第三代反坦克导弹的计划实施情况看,现已达到相当程度。如美国正在研制的“掠夺者”步兵便携式反坦克导弹,采用激光制导,弹头内的激光传感器可显示出坦克前后缘的轮廓,一经磁性传感器认证后,其起爆成形穿甲战斗部便转向垂直向下爆炸,使坦克遭到“灭顶”之灾。按设计要
Tanks are important assault weapons in the modern ground war. They are favored by all countries because of their extraordinary firepower and assault capability, and their development is rather rapid. There must be a spear shield, the development of the tank. It is also bound to promote the development of anti-tank weapons. To counter the attack of large-scale cluster tanks, the current anti-tank weapons show the following trends. First, it has now reached a considerable extent that the plan to develop the third generation anti-tank missiles from the United States and Western Europe using infrared, laser, optical fiber and other guidance methods has been implemented. For example, the “Predator” infantry portable anti-tank missile being developed by the United States adopts laser guidance. The laser sensor inside the warhead can show the outline of the front and rear edges of the tank. Once authenticated by the magnetic sensor, its detonating and forming armor piercing warhead turns to the vertical Under the explosion, the tank was “drowned” disaster. According to the design