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Catalyst: Radiation Effects on Volatiles and Exploration of Asteroids and the Lunar Surface

机译:催化剂:对挥发物的辐射效应和天然沙田和月球表面的探索

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摘要

Prof. Thomas Orlando is currently a?professor in the Georgia Institute of?Technology (GIT) School of Chemistry and Biochemistry and an adjunct professor in the GIT School of Physics.?He serves as director of the GIT Center for Space Technology and Research and?as principal investigator (PI) of the NASA Solar System Exploration Research Virtual Institute Center on Radiation Effects on Volatiles and Exploration of Asteroids and Lunar Surfaces (REVEALS). Prof. Carol Paty and Dr. Esther Beltran are deputy PIs, and Dr. Brant Jones and Prof. Stephen Robinson are science theme leaders. Orlando, Jones, Paty, and Schaible focus on understanding radiation effects on the regolith and the solar-wind formation of volatiles. Profs. Valeria La Saponara, John Reynolds, and Robinson focus on mitigating health risks by developing nanocomposites for spacesuits and habitats. Prof. Phillip First explores 2D materials for radiation detection. Collectively, the efforts will help facilitate future human exploration of near-Earth destinations.
机译:Thomas Orlando教授目前是一个?佐治亚州佐治亚州的教授?技术(Git)化学学院和生物化学学院以及Git物理学学院的辅助教授。?他是Git Space技术和研究中心主任, ?作为美国宇航局太阳能系统勘探研究虚拟研究所辐射影响的主要调查员(PI)对小行星和月球表面的促进作用和探索(揭示)。 Carol Paty教授和Esther Beltran博士是副PIS,Brant Jones博士和斯蒂芬罗宾逊教授是科学主题领导者。奥兰多,琼斯,Paty和Schaible专注于了解辐射效应对极散的辐射影响和挥发物的太阳风形成。教授。 Valeria La Saponara,John Reynolds和Robinson通过开发纳米复合材料进行煤气和栖息地的纳米复合材料来减轻健康风险。 Phillip教授首先探索了2D用于辐射检测的材料。集体,努力将有助于促进对近地球目的地的未来人类探索。

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