地球辐射带

最终，分别给出了中性大气、电离层等离子体、地球基本磁场和地球辐射带的几何模型，提出了一种适合于近地空间环境要素仿真的通用三维可视化方案。

Finally the geometry model of the neutral atmosphere , the ionospheric plasma and geographic magnetic field and the earth radiation belt were given , and the universal 3D visualization scheme for the near-earth space environment element simulation was advance .

引发单粒子翻转的空间高能带电粒子环境包括银河宇宙线，太阳宇宙线和地球辐射带中的高能质子及重离子。

The space energetic particle environment inducing SEU includes galactic cosmic ray , solar cosmic ray and high-energy trapped protons and heavy ions .

来自太阳的带电粒子流能与地球辐射带和电离层发生相互作用，破坏无线通信并妨碍电力输送。

Charged particles streaming from the sun can interact with the earth 's radiation belts and the ionosphere , disrupting radio and interfering with power transmissions .

地球辐射带又被称为范艾伦辐射带，由地球附近的近层宇宙空间中包围着地球的高能带电粒子组成，与太阳活动和地磁场有着相当密切的联系。

The Van Allen radiation belt is composed of high energy charged particles which surrounds the earth in the near earth space . And it is highly related to the solar activity and the geomagnetic field .

最后，这些被加速的电子束陷入地球的辐射带之内，可以对卫星通讯和导航系统产生干扰。

Eventually , the accelerated electrons become trapped in the Earth 's radiation belts , where they can interfere with satellite communications and navigation .

8月23日，美宇航局计划发射两艘航天器到地球周围的辐射带。

On August 23rd , NASA plans to launch two spacecraft into the radiation belts around Earth .