Shuttle spacesuit (radiation) model development

机译：梭太空服（辐射）模型开发

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A detailed spacesuit computational model is being developed at the Langley Research Center for exposure evaluation studies. The details of the construction of the spacesuit are critical to an estimate of exposures and for assessing the health risk to the astronaut during extra-vehicular activity (EVA). Fine detail of the basic fabric structure, helmet, and backpack is required to assure a valid evaluation. The exposure fields within the Computerized Anatomical Male (CAM) and Female (CAF) are evaluated at 148 and 156 points, respectively, to determine the dose fluctuations within critical organs. Exposure evaluations for ambient environments will be given and potential implications for geomagnetic storm conditions discussed.

机译：在兰利研究中心开发了详细的Spaceue计算模型，用于曝光评估研究。落地工具建造的细节对于暴露的估计至关重要，并且在超重活动期间评估宇航员的健康风险（EVA）。需要精细细节结构，头盔和背包需要确保有效的评估。计算机化解剖学雄性（CAM）和雌性（CAF）内的曝光场分别在148和156点处评估，以确定关键器官内的剂量波动。将给出环境环境的暴露评估，并对讨论的地磁风暴条件的潜在影响。

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《International Conference on Environmental Systems》|2002年||共1页
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Brooke M. Anderson; J. E. Nealy; G. D. Qualls; P. J. Staritz; J. W. Wilson; M.-H. Y. Kim; F. A. Cucinotta; W. Atwell; G. De Angelis; J. Ware; A. E. Persans;
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中图分类 U46-53;
关键词
Extravehicular activities; Radiation shielding; Space shuttles; Space station freedom; Spacesuits;

机译：宽高采烈的活动;辐射屏蔽;空间班车;空间站自由;SPACESINE;

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专利

1. Pressurized dilemma Liquid Molding Systems' modified valve saves day for spacesuit designer, shuttle [J] . Justin Boyd Rubber & Plastics News . 2002,第2期

机译：压力难题液态模塑系统的改进型阀门为航天服设计师，航天飞机节省了一天的时间
2. Exploring innovative radiation shielding approaches in space: A material and design study for a wearable radiation protection spacesuit [J] . M. Vuolo, G. Baiocco, S. Barbieri, Life Sciences in Space Research . 2017,第NOVa期

机译：探索太空中创新的辐射屏蔽方法：可穿戴辐射防护太空服的材料和设计研究
3. Comparison of space radiation doses inside the Matroshka-torso phantom installed outside the ISS with the doses in a cosmonaut body in Orlan-M spacesuit during EVA [J] . V.M. Petrov, DA Kartashov, Yu.A. Akatov, Acta astronautica . 2011,第9a10期

机译：在EVA期间，在ISS外部安装的Matroshka-torso幻影内部的空间辐射剂量与Orlan-M太空服的宇航员体内的辐射剂量进行比较
4. Shuttle spacesuit (radiation) model development [C] . Brooke M. Anderson, J. E. Nealy, G. D. Qualls, International Conference on Environmental Systems . 2002

机译：梭太空服（辐射）模型开发
5. Wireless body area networks for intra-spacesuit communications: Modeling, measurements and wearable antennas. [D] . Taj-Eldin, Mohammed. 2015

机译：用于航天服内部通信的无线人体局域网：建模，测量和可穿戴天线。
6. A Series of Efficient Umbrella Modeling Strategies to Track Irradiation-Mutation Strains Improving Butyric Acid Production From the Pre-development Earlier Stage Point of View [O] . Li Cao, Yue Gao, Xue-Zhen Wang, 2021

机译：一系列高效的伞形建模策略以跟踪辐照突变菌株改善丁酸生产从预发展前期的舞台的观点
7. Shuttle Spacesuit: Fabric/LCVG Model Validation [O] . Tweed, J., Ware, J., Anderson, B. M., 2001

机译：航天飞机航天服：织物/ LCVG模型验证

Shuttle spacesuit (radiation) model development

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