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WEEVIL:用于研究稀薄气体羽流的冰升华室与低温亚毫米辐射计的设计与调试

WEEVIL: design and commissioning of an ice-sublimation chamber and a cryogenic submillimeter radiometer for studying rarefied gas plumes

D. Belousov, J. Fritschi, O. Mokhtari, L. L. Stöckli, D. Piazza, A. Murk, N. Thomas

arXiv 2610.05495首次发表:更新:

发表机构

University of Bern(伯尔尼大学)

机构由 AI 辅助整理,请以论文原文为准。

AI 中文总结

本文介绍WEEVIL实验设施,其结合亚毫米辐射计与低温室以研究冰升华气体羽流,并展示调试及首批水蒸气光谱。

AI 中文摘要

我们介绍了WEEVIL(WatEr Emission of Vapor from Ice in the Laboratory,实验室冰水蒸气发射)实验设施,该设施旨在实验室条件下研究冰升华,以支持对彗星和冰卫星的观测。该装置结合了亚毫米外差辐射计和高真空低温室,能够在受控实验室条件下对冰升华过程中形成的气体羽流进行空间和时间分辨的监测。本文描述了该设施的设计与实现。此外,我们介绍了实验装置的调试过程,包括在冰升华实验期间获取的首批水蒸气光谱。

英文摘要

We present WEEVIL (WatEr Emission of Vapor from Ice in the Laboratory), an experimental facility developed to study ice sublimation under laboratory conditions to support observations of comets and icy moons. The setup combines a submillimeter heterodyne radiometer and a high-vacuum cryogenic chamber, enabling spatially and temporally resolved monitoring of gas plumes formed during ice sublimation under controlled laboratory conditions. This paper describes the facility's design and implementation. Furthermore, we present the commissioning of the experimental setup, including the first water-vapor spectra acquired during an ice sublimation experiment.

CommentsSubmitted to Review of Scientific Instruments (AIP)

论文原文

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