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随着各种技术的进步,空对地兵器命中率有了显著提高。这主要是由于激光制导兵器应用的成功以及为了空中支援、夜间拦截、武装侦察、空中及边界巡逻等采用了由运输机及轰炸机改装的巨型武装飞机的结果。这些技术的作用如下:(1)提高了战斗轰炸机,近接支援机以及目前巨型武装飞机所能达到的搜索、发现、捕捉目标的效率及命中精度;(2)提高了兵器的精度和效率;(3)提高了可靠性及维护能力,简化了自由降落以及利用动力的各种兵器兵站;(4)在运载飞机、兵器、飞行指挥官及地理环境允许的情况下,可以把提高兵器命中精度的因素放于同地面协同装置之间更适当的位置上。不久将有可能出现一种性能很高的飞机,它在搜索、发现、跟踪目标,并无外部指令的情况下,能在唯一的轨道使机载兵器准确命中。
With various technological advances, air-to-ground weaponry hit rates have been significantly improved. This is mainly due to the success of the application of laser-guided weapons and the result of the introduction of giant armed aircraft modified by transport aircraft and bombers for air support, night interception, armed reconnaissance, air and border patrols. The role of these technologies is as follows: (1) Improved search, discovery and capture target efficiency and hit accuracy achieved by fighter-bomber, proximity support aircraft, and current giant armed aircraft; (2) Improved accuracy and efficiency of weapons; 3) improved reliability and maintenance capabilities, simplified free fall and the use of power of a variety of weapons depot; (4) in carrying aircraft, weapons, flight commanders and the geographical environment allows, you can increase the weapon accuracy Factors put in a more appropriate position with the ground coordination device. In the near future it will be possible to have a very capable aircraft that can accurately locate airborne weapons on a single orbit in the search, detection, tracking and absence of external commands.