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TECHNOLOGY DEVELOPMENT FOR HUMAN EXPLORATION OF MARS

机译:人类探索火星的技术发展

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Current plans call for the first human missions to Mars to be launched around 2035. The recently completed "Mars Design Reference Architecture 5.0" study defines a conceptual mission architecture and identifies enabling technologies. NASA is beginning long-range development on key technologies needed for these missions because it will take many years for them to reach maturity. The ISS and the lunar outpost will be used as test beds for these technologies to reduce risk and prepare for human exploration of Mars.NASA's Exploration Technology Development Program is maturing technologies and demonstrating operational scenarios for lunar exploration that are extensible to future human missions to Mars. These include entry, descent, and landing systems for large payloads; fission surface power systems; liquid oxygen-liquid methane propulsion systems; cryogenic fluid management; closed-loop life support; small pressurized rovers for surface mobility; in-situ resource utilization; radiation shielding; and optical communications. Advanced technologies will enable more affordable and sustainable Mars exploration.
机译:当前计划要求在2035年左右对火星进行首次人类飞行任务。最近完成的“火星设计参考架构5.0”研究定义了概念性的任务架构并确定了使能技术。 NASA正在开始着手执行这些任务所需的关键技术,因为它们要花很多年才能成熟。国际空间站和月球前哨站将用作这些技术的试验台,以降低风险并为人类对火星的探索做准备。 NASA的探索技术开发计划正在开发成熟的技术,并演示月球探索的操作方案,这些方案可以扩展到未来人类对火星的任务。其中包括用于大型有效载荷的进入,下降和着陆系统;裂变表面动力系统;液氧-液化甲烷推进系统;低温液体管理;闭环生命支持;小型加压流动车以提高表面流动性;原地资源利用;辐射屏蔽和光通信。先进的技术将使人们能够更负担得起且可持续的火星探测。

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