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THE CONTAMINATION ENVIRONMENT AT THE MIR SPACE STATION AS MEASURED DURING THE EUROMIR '95 MISSION

机译：在EUROMIR '95任务期间测量的MIR空间站的污染环境。

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A flight instrument attached to the exterior of the Mir Space Station as part of a European Space Agency (ESA) programme has provided a better understanding of the effects of the space environment on materials. The instrument was designed to measure, real time, the impacts and trajectory of hypervelocity particles, the atomic oxygen flux and any contamination deposition and subsequent effects during the course of the mission. The ESA mission, EuroMir '95, began in September 1995 and was completed in March 1996. Active data from the Quartz Crystal Microbalances confirm the existence of a severe molecular contamination environment. The mission also allowed for an EVA which returned passive materials to earth for subsequent laboratory analyses. These data are considered quite germane due to the similarity in orbital altitude and inclination of the Mir and International Space Stations.

机译：作为欧洲航天局（ESA）计划的一部分，附加到Mir空间站外部的飞行工具使人们对空间环境对材料的影响有了更好的了解。该仪器旨在实时测量超速粒子的撞击和轨迹，原子氧通量以及在执行任务期间的任何污染物沉积和后续影响。 ESA的任务“ EuroMir '95”始于1995年9月，并于1996年3月完成。来自石英晶体微量天平的活跃数据证实存在严重的分子污染环境。该任务还允许使用EVA，将无源材料放回大地进行后续实验室分析。由于Mir和国际空间站的轨道高度和倾斜度相似，因此这些数据被认为是非常紧密的。

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来源
《Materials in space environment》|1997年|301-308|共8页
会议地点 Toulouse(FR)
作者
Carl R. Maag; Marc Van Eesbeek; Sunil P. Deshpande; Tim J. Stevenson;
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作者单位

T M Engineering 130 Ocean Garden Lane Cape Canaveral, FL 32920 USA;

ESA/ESTEC Materials and Processes Division, Postbus 299 2200 AG Noordwijk, NETHERLANDS;

T M Engineering 7-44-1 Jindaijihigashi-Machi, Chofu shi, Tokyo 182, JAPAN;

Mare Crisium Queens House Freshwater, Isle of Wight PO40 9EP UK;

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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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专利

1. DOSES DUE TO THE SOUTH ATLANTIC ANOMALY DURING THE EUROMIR'95 MISSION MEASURED BY AN ON-BOARD TLD SYSTEM [J] . S. Deme, G. Reitz, I. Apathy Radiation Protection Dosimetry . 1999,第1a4期

机译：车载TLD系统测量到EUROMIR'95任务期间由于南大西洋异常造成的剂量
2. Respiratory mechanics after 180 days space mission(Euromir'95) [J] . Daniele Venturoil, Paola Semino, Daniela Negrini Acta Astronautica . 1998,第1a8期

机译：180天太空飞行任务后的呼吸力学（Euromir'95）
3. Dose equivalents inside the MIR Space Station measured by the combination of CR-39 plates and TLDs and their comparison with those on Space Shuttle STS-79, -84 and -91 missions [J] . Doke T., Hayashi T., Kikuchi J., Radiation measurements . 2002,第5期

机译：通过CR-39板和TLD的组合测量的MIR空间站内的剂量当量，以及与航天飞机STS-79，-84和-91任务的比较
4. THE CONTAMINATION ENVIRONMENT AT THE MIR SPACE STATION AS MEASURED DURING THE EUROMIR '95 MISSION [C] . International symposium on materials in space environment . 1997

机译：MIR空间站的污染环境如欧元摩尔的第95任务
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. Nutrition and Human Space Flight: Evidence From 4–6 Month Missions to the International Space Station [O] . Scott Smith, Martina Heer, Sara Zwart 2021

机译：营养和人类空间飞行：从4-6个月任务到国际空间站的证据
7. Mir Contamination Observations and Implications to the International Space Station [O] . Mikatarian, Ron, Soares, Carlos 2000

机译：和平号空间站的污染观测及其对国际空间站的影响
8. Further analysis of the microgravity environment on Mir Space Station during Mir-16 [R] . Ryaboukha, Stanislav, Hrovat, Ken, Miskowitz, Milton, 1996

机译：进一步分析mir-16期间和平号空间站的微重力环境

THE CONTAMINATION ENVIRONMENT AT THE MIR SPACE STATION AS MEASURED DURING THE EUROMIR '95 MISSION

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