BS ISO 17851:2016 pdf download – Space systems — Space environment simulation for material tests — General principles and criteria

BS ISO 17851:2016 pdf download – Space systems — Space environment simulation for material tests — General principles and criteria — erosion and mass losses by atomic oxygen of the upper Earth’s atmosphere — optical degradation under the influence of UV and VUV radiation — charging in the polar regions — radiation damage in South Atlantic anomaly — surface erosion under the impact of space debris 6.1.2 MEO — material sublimation — optical degradation under the influence of UV and VUV radiation — charging in the hot magnetosphere plasma — internal charging by electrons of ERB — radiation damage by electrons and protons of ERB, GCR and SEP — surface erosion under the impact of meteoroids 6.1.3 GSO/GEO — material sublimation — optical degradation under the influence of UV and VUV radiation — charging in the hot magnetosphere plasma — internal charging by electrons of ERB — radiation damage by electrons of ERB, GCR and SEP — surface erosion under the impact of meteoroids 6.1.4 Interplanetary space — material sublimation — optical degradation under the influence of UV and VUV radiation — radiation damage of materials by charged particles of GCR and SEP — sputtering by protons of the solar wind — surface erosion under the impact of meteoroids 6.1.5 Near-Moon space and on the Moon surface — material sublimation — optical degradation under the influence of UV and VUV radiation — radiation damage of materials by charged particles of GCR, SEP, and secondary neutrons — sputtering by protons of the solar wind — surface erosion under the impact of meteoroids and secondary particles of lunar regolith — surface contamination by lunar dust 6.1.6 Near-Mars space and on the Martian surface — material sublimation — optical degradation under the influence of UV and VUV radiation — radiation damage of materials by charged particles of GCR, SEP, and secondary neutrons — sputtering by protons of the solar wind — surface erosion under the impact of meteoroids and particles of Martian dust storms 6.1.7 Near-Jupiter space — radiation damage of materials by charged particles of Jovian radiation belts, GCR and SEP — charging in the Jovian magnetosphere plasma — surface erosion under the impact of meteoroids 6.1.8 Near-Mercury and on its surface — optical degradation under the influence of UV and VUV radiation — radiation damage of materials by charged particles of GCR, SEP — surface erosion under the impact of meteoroids...