Patras大学和NYU-阿布扎比研究确定橡胶、合成纤维和聚合物是火星飞行任务的有效辐射防护装置。 University of Patras and NYU-Abu Dhabi study identifies rubber, synthetic fibers, and polymers as effective radiation protectors for Mars missions.

由纽约大学-阿布扎比的帕特拉斯大学和天体物理学所牵头的一项研究确定,橡胶、合成纤维和某些聚合物是防止火星上危险宇宙辐射的有效保护者。 A study led by the University of Patras and Astrophysics from NYU-Abu Dhabi identifies rubber, synthetic fibers, and certain polymers as effective protectors against hazardous cosmic radiation on Mars. 火星缺乏地球磁场和厚厚的大气层,使其表面暴露在更高的辐射水平上。 Mars' lack of Earth's magnetic field and thick atmosphere exposes its surface to higher radiation levels. 该研究的研究结果可能会影响扩大火星飞行任务的太空服和生境的发展,目的是加强宇航员的安全并支持人类空间探索。 The study's findings may influence the development of spacesuits and habitats for extended Mars missions, aiming to enhance astronaut safety and support human space exploration.