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在特殊的空间战场环境执行特殊的作战任务,需要种类繁多的武器装备,诸如、太空港、微波武器、反卫星武器、太空机器人、军用卫星等。而早在20世纪50年代,人们就开始研究的粒子束武器现在已作为一种用于反卫星、卫星际御和反导弹的理想武器则被瞩目,并在不久的将来被用于实际部署。目前,美国已建成粒子能量为5000亿电子伏特的质子同步加速器。粒子束武器是一种定向能武器.它是通过高能加速器,将电子、质子、中子一类的原子粒子和中性原子加速到接近光的速度,将其聚焦成密集的束流后射向目标的新型武器系统。粒子束武器主要具有速度快、能量大、反应灵活和全天候作战的性能。
To carry out special combat missions in a special space battlefield environment requires a great variety of weapons and equipment such as the spaceport, microwave weapons, anti-satellite weapons, space robots and military satellites. As early as the 1950s, however, the particle beam weapon that people began to study has now drawn attention as an ideal weapon for anti-satellite, interstellar and anti-missile missiles and will be used for actual deployment in the near future. At present, the United States has built a proton synchrotron with a particle energy of 500 billion electron volts. The particle beam weapon is a directional weapon that accelerates atomic particles such as electrons, protons and neutrons and neutrons up to the speed of light by a high-energy accelerator, focuses it into a dense beam and then shoots Aim of the new weapon system. Particle beam weapons mainly have the speed, energy, flexible and all-weather combat performance.