BS ISO 17520:2016描述了带电粒子的有效垂直截止刚度 用于近地空间，并确定了计算的主要要求。在附件A中 通过典型算例验证了计算方法的正确性。本国际标准可用于 开发基于不同地球磁场模型的计算技术。技术 用于确定带电粒子通量穿透地球磁层的情况，如 以及测试和评估对近地空间航天器和其他设备的影响。本国际标准适用于计算任何部件的颗粒穿透力 刚性超过0,2 GV的行星际带电粒子（银河系、太阳系和反常粒子）。这个 本标准的主要目标是确定有效垂直地磁 截止刚度如下:提供一个明确的程序来计算地球内部的截止刚度 磁层反射对地磁扰动和当地时间的依赖性；提供在解释和分析中估算带电粒子通量影响的方法 空间实验研究；提供航天器和航天器低空轨道传输函数的有效计算 载人空间站；确定太阳高能粒子通量对航天器仪器和宇航员的影响 使用行星际粒子通量的独立在线测量结果。交叉引用:ECSS-E-ST-10-04C:2008NIMA TR8350。2:1997ISO 16695购买本文件时提供的所有现行修订版均包含在购买本文件中。

BS ISO 17520:2016 describes the effective vertical cut-off rigidities of charged particles for near-Earth space and establishes principal requirements for their calculation. In Annex A, the calculation technique is verified using a typical example. This International Standard can be used to develop calculation techniques based on different models of Earth's geomagnetic field. The techniques are useful for determination of penetrating into the Earth's magnetosphere by charged particle fluxes, as well as for test and estimations of the impact on spacecraft and other equipment in the near-Earth space.This International Standard is valid for calculating the particle penetration by any of the component of interplanetary charged particles (Galactic, Solar, and Anomalous) with rigidities above 0,2 GV. The main goals of the present standardization for the determination of the effective vertical geomagnetic cut-off rigidities are as follows:provide an unambiguous procedure for calculation of the cut-off rigidities inside of the Earth's magnetosphere reflecting dependences on geomagnetic disturbances and local time;provide means of estimation of the impact of charged particle fluxes in interpretation and analysis of space experiments;provide efficient calculations of the transmission functions of low-altitude orbits of spacecraft and manned space-station;determine impact of solar energetic particle flux on spacecraft instrumentation and astronauts using results of independent online measurement of interplanetary particle fluxes.Cross References:ECSS-E-ST-10-04C:2008NIMA TR8350.2:1997ISO 16695All current amendments available at time of purchase are included with the purchase of this document.