The scattering of these fragments can lead, depending on the size and direction of the effect, to the insertion of nuclear fuel fragments into elliptical orbits (900-7,000 km) and ultimately to the penetration of nuclear fuel fragments into dense layers of the Earth’s atmosphere, with subsequent aerodynamic heating and dispersion of the nuclear fuel into particles with final dimensions of 1-8 mm.
这些碎块的散射可能会根据散射的规模和方向而导致核燃料碎块进入椭圆轨道(900-7,000公里),并最终导致核燃料碎块进入地球大气稠密层,随后因空气动力造成热量升高,核燃料分散成最后大小在1-8毫米的微粒。UN-2 UN-2