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

机译：材料辐射测试中的空间环境模拟。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：首先，有必要对空间环境特性进行调节，以确定电离和太阳辐射，原子氧等因素对空间系统元素的影响，当然也对材料特性的影响。由于各种影响因素的多样性和复杂性，不可能在空间系统要素的地面测试中精确再现空间环境。测试结果的可靠性取决于适当的模拟。因此，空间因素的模拟是空间环境特征与空间工程可靠性之间的桥梁。在ISO活动的框架中，我们开始制定国际标准，以在材料的地面测试中模拟空间环境。现在，我们提出国际标准“材料辐射测试的空间环境模拟”的草案。它在1997年在美国洛杉矶举行的ISO TC20 / SC14会议上进行了介绍。

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《Materials in space environment》|1997年|537-542|共6页
会议地点 Toulouse(FR)
作者
Boris B. Briskman; Valentin I. Toupikov; Eugen N. Lesnovsky;
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作者单位

Branch of Karpov Institute of Physical Chemistry 249020 Obninsk, Russia;

Branch of Karpov Institute of Physical Chemistry 249020 Obninsk, Russia;

All-Russia Institute of Standardization Novatorov ul. 40, 117421 Moskow, Russia;

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原文格式 PDF
正文语种 eng
中图分类航空用材料;地面设备、试验场、发射场、航天基地;
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1. Space environment simulation for radiation tests of materials: third version of an international standard [J] . Boris Briskman, Alexander Belyakov, Eduard Klinshpont High performance polymers . 2001,第3期

机译：用于材料辐射测试的空间环境模拟：国际标准的第三版
2. Enhanced GEANT4 Monte Carlo simulations of the space radiation effects on the International Space Station and Apollo missions using high-performance computing environment [J] . Lund Matthew, Jevremovic Tatjana Acta astronautica . 2019,第Deca期

机译：使用高性能计算环境的增强型GEANT4蒙特卡洛模拟对国际空间站和阿波罗飞行任务的空间辐射影响
3. Space environemtn simualtionfor radiation tests of materials: third version of an international standard [J] . Boris Briskman, Alexander Belyakov, Eduard Klinshpont, High performance polymers . 2001,第3期

机译：材料的空间环境模拟辐射测试：国际标准的第三版
4. SPACE ENVIRONMENT SIMULATION AT RADIATION TESTS OF MATERIALS. DRAFT OF AN INTERNATIONAL STANDARD [C] . International symposium on materials in space environment . 1997

机译：材料辐射试验中的空间环境模拟。国际标准草案
5. High-performing simulations of the space radiation environment for the International Space Station and Apollo Missions. [D] . Lund, Matthew Lawrence. 2016

机译：国际空间站和阿波罗飞行任务的空间辐射环境的高性能模拟。
6. Performances of Kevlar and Polyethylene as radiation shielding on-board the International Space Station in high latitude radiation environment [O] . Livio Narici, Marco Casolino, Luca Di Fino, -1

机译：凯夫拉尔纤维和聚乙烯在高纬度辐射环境中作为国际空间站辐射屏蔽的性能
7. Radiation Tests of the Extravehicular Mobility Unit Space Suit for the International Space Station Using Energetic Protons [O] . Zeitlin, C., Heilbronn, L., Shavers, M., 2003

机译：高能质子用于国际空间站的机动外舱单位航天服的辐射测试
8. Research Program For Radiation Stability of the Aerospace Materials Development of ISO Standards for Space Environment Simulation at Material Tests. [R] . Briskman, B. A. 2000

机译：航空材料辐射稳定性研究计划材料试验空间环境模拟IsO标准的开发。

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

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