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SPACE ENVIRONMENT SIMULATION AT RADIATION TESTS OF MATERIALS. DRAFT OF AN INTERNATIONAL STANDARD

机译:材料辐射试验中的空间环境模拟。国际标准草案

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The regulation of space environment characteristics is necessary, first of all, for determination of the impact of such factors as ionizing and solar radiation, atomic oxygen, etc., on the space system elements and, of course, on the material properties. It is impossible to reproduce exactly the space environment at on-ground tests of space system elements because of variety and complexity of different impact factors. The reliability of the test results depends on adequate simulation. So, the simulation of the space factors is a bridge between the space environment characteristics and space engineering reliability. In the frames of the ISO activities we start development of international standard set for a space environment simulation at on-ground tests of materials. Now we propose a draft of an international standard "Space Environment Simulation for Radiation Tests of Materials". It was presented at ISO TC20/SC14 meeting in Los-Angeles, USA, 1997.
机译:空间环境特征的调节是必要的,首先是为了确定这些因素作为电离和太阳辐射,原子氧等的影响,在空间系统元素上以及当然是材料特性。由于不同影响因素的种类和复杂性,不可能在空间系统元素的地面测试中完全复制空间环境。测试结果的可靠性取决于适当的模拟。因此,空间因素的仿真是空间环境特性和空间工程可靠性之间的桥梁。在ISO活动的框架中,我们开始开发国际标准集,以便在地面测试中进行空间环境模拟。现在,我们提出了一项国际标准“材料辐射测试空间环境模拟”草案。它是在美国洛杉矶的ISO TC20 / SC14会议上,1997年。

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