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首页> 外文会议>Materials in space environment >DEVELOPMENT OF A FACILITY FOR THE SIMULATION OF HIGH ENERGY SOLAR RADIATION
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DEVELOPMENT OF A FACILITY FOR THE SIMULATION OF HIGH ENERGY SOLAR RADIATION

机译：模拟高能太阳能辐射的设施的发展

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During post-flight investigations on LDEF and STSA the thermal blanket material FEP has shown important degradation of the mechanical properties, such as tensile strength and elongation.rnAnalysis has related this effect mainly to irradiation by soft X-ray during solar flares. It has also been proven that other energetic particles play a role in the degradation process of FEP and other exposed materials.rnIn order to study the effect of these different components in the solar radiation on materials, a facility, called SORASI has been developed and manufactured by AMOS (B) under ESA contract.rnThis facility enables simultaneous irradiation of temperature controlled samples to X-ray (1.3- 1.5 KeV), electrons (5-30 KeV) and Vacuum UV (110-200 nm). The facility is further equipped with a detector system for quantifying the different fluences and enables the in-situ diagnostics ofrnoutgassing/degradation products using mass spectroscopy.
机译：在对LDEF和STSA进行飞行后调查时，热毯材料FEP已显示出机械性能的重要降低，例如拉伸强度和伸长率。分析表明，这种影响主要与太阳耀斑期间软X射线的照射有关。还已经证明，其他高能粒子在FEP和其他暴露材料的降解过程中也起作用。为了研究太阳辐射中这些不同成分对材料的影响，已经开发并制造了一种名为SORASI的设施。这是由AMOS（B）根据ESA合同提供的。该设备可以同时将温度受控的样品辐照到X射线（1.3- 1.5 KeV），电子（5-30 KeV）和真空UV（110-200 nm）。该设施还配备了用于量化不同注量的检测器系统，并可以使用质谱仪对脱气/降解产物进行现场诊断。

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