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THE DR. WERNHER VON BRAUN VISION

机译:WERNHER VON BRAUN视觉博士

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One hundred years ago, the birth of visionary Dr. Wernher von Braun significantly changed the course of rocketscience and space exploration. His influence on space exploration has led to enhanced observation satellites, roboticexploration vehicles, advanced rockets capable of carrying humans to space, man walking on the Moon, and theinitial concepts for the Space Shuttle. Dr. von Braun loved all aspects of space exploration and had visualized astrategy for the future of human space flight. He proposed establishing a permanent human presence in spacethrough circular space stations and lunar science laboratories with the intent of human exploration of Mars. In honorof his 100th birthday, this paper compares Dr. von Braun's plans for future space missions with both the reality ofevents that have unfolded since the Apollo age and key issues he and NASA would have encountered if the spaceprogram had progressed as he suggested. These issues include astronaut health, such as radiation exposure and theloss of bone density in a microgravity environment; technology needed to achieve the dream, such as artificialgravity and the replenishing of material on long duration space flights; and political limitations that would haveinfluenced major decisions.
机译:一百年前,有远见的Wernher von Braun博士的诞生大大改变了火箭的发展方向 科学和太空探索。他对太空探索的影响导致机器人增强了观测卫星 探险车,能够载人飞向太空的高级火箭,在月球上行走的人以及 航天飞机的最初概念。冯·布劳恩(von Braun)博士热爱太空探索的各个方面,并且将 未来人类太空飞行的战略。他建议在太空中建立永久性的人类存在 通过圆形空间站和月球科学实验室,目的是人类对火星的探索。为了纪念 在他诞辰100周年之际,本文将冯·布劳恩(Dr. von Braun)的未来太空计划与现实世界进行了比较。 自阿波罗时代以来发生的重大事件以及他和NASA可能遇到的重大问题 程序按照他的建议进行了。这些问题包括宇航员的健康,例如辐射暴露和 在微重力环境中骨密度的损失;实现梦想所需的技术,例如人造的 长时间太空飞行中的重力和物料补充;和政治局限性 影响了重大决策。

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