CHILL-ICE 2021科学实验与研究活动概述

David J. K. Smith, C. Pouwels, M. Heemskerk, Benedetta M. Cattani, Esther Konijnenberg, R. Heemskerk, Sebasthian Ogalde
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引用次数: 1

摘要

cold - ice(在类似月球的熔岩管内建造栖息地-冰岛)的主要目标;由ICEE Space和EuroMoonMars共同发起的一项运动,其原型任务是在月球模拟熔岩管内部署一个可充气的栖息地及其系统。这是在与三名模拟宇航员进行8小时的舱外活动(EVA)期间发生的,这是为期三天任务的一部分。CHILL-ICE 2021于2021年7月/ 8月进行,由两个任务组成,通过16个国家的非营利研究组织、机构、公司和大学的成功合作完成。试点活动成功地达到了其主要目标:测试应急设备,这些设备旨在帮助宇航员在第一次到达一个新的天体时生存下来,并进行类似于在地球外进行的实验。本文综述了任务期间和任务后开展的科研实验:人工智能(AI)宇航员检测视觉系统SpotNet;培训对eva期间所检查的地质环境进行研究;在执行任务之前、期间和之后进行的宇航员警惕性实验;以及“月球斑马号”(Lunar Zebro),这是一种有腿的月球车,旨在帮助宇航员穿越和探索恶劣的地形。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Overview of the CHILL-ICE 2021 Science Experiments and Research Campaign
The main objective of the CHILL-ICE (Construction of a Habitat Inside a Lunar-analogue Lava tube—Iceland; a campaign by ICEE Space and EuroMoonMars) prototype mission was to deploy an inflatable habitat and its systems inside a lunar analogue lava tube. This took place during an 8-hour extra vehicular activity (EVA) with three analogue astronauts as part of a three-day mission. CHILL-ICE 2021 was carried out in July/August 2021 and consisted of two missions and was accomplished through successful collaboration of nonprofit research organizations, agencies, companies, and universities across 16 nations. The pilot campaign successfully reached its main objective: the testing of emergency equipment designed to help astronauts survive when first arriving to a new celestial body and to perform experiments similar to those that would be carried out off-planet. This article is a review of the scientific research experiments carried out during and after the mission: SpotNet, an artificial intelligence (AI) astronaut detection vision system; training for studies of the geological surroundings examined during EVAs; astronaut vigilance experiments carried out before, during, and after the mission; and Lunar Zebro, a legged rover intended to assist the crew in traversing and exploring harsh terrain.
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