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Development of a Library of Simulants to Support the Exploration of Primitive Bodies

机译:开发模拟库以支持原始机构的探索

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摘要

An increasing number of activities require access to dedicated simulants to support the exploration of small bodies in the frame of the Human exploration program and the planetary science decadal survey 2013-2022. These activities include instrument design and testing, mission planning, sample curation, experimental research, etc. Targets of interest include comets, near Earth objects, Mars moons, and asteroids. We are working toward the development of a library of standard simulants that could support a variety of engineering and scientific needs. In this presentation we review the state of knowledge of small body materials and devise strategies for synthesizing low- and high-fidelity simulants. The production of high-fidelity simulants, especially of ice- and organic-rich materials, is challenging and requires dedicated facilities. This calls for a collaborative effort among relevant experimental facilities. We are planning to reach out to the community and get a better understanding of the high-priority needs that will help focus our efforts and identify potential collaborators.
机译:越来越多的活动需要使用专门的模拟物来支持人类探索计划和2013-2022年行星科学十年调查的框架内对小物体的探索。这些活动包括仪器设计和测试,任务计划,策展样本,实验研究等。感兴趣的目标包括彗星,近地物体,火星卫星和小行星。我们正在努力开发可支持各种工程和科学需求的标准仿真器库。在本演讲中,我们回顾了小型车身材料的知识状态,并设计了用于合成低保真度和高保真度模拟物的策略。高保真模拟物,特别是富含冰和有机物的材料的生产具有挑战性,需要专用的设备。这需要相关实验设施之间的合作。我们正计划与社区建立联系,并更好地了解高优先级需求,这将有助于我们集中精力并确定潜在的合作者。

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