2021深空探测学报(中英文)Requires access

Design of the Payload Subsystem of Chang’E-5 Lunar Explorer

Zhou Changyi, Chi Wang, Huijun Li, Sun Huixian, Jiang Yuanyuan, HE Zhiping, Bing Zhou, Yang Jian-feng, Zhou Weijia, Yongfu Hu, Kaichun Fan, XU Xinfeng, Qing Zhou, Lei Wang, Zhang Bao-ming

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Abstract

To achieve the scientific and engineering goals for situ exploration of the sampling area, The payload subsystem of Chang'E-5 explorer is equipped with four types of scientific payloads: the panoramic camera, descending camera, lunar regolith penetrating radar, lunar mineral spectrometer. It is also equipped with the national flag of China exhibition system, the panoramic camera pan-tilt table, and payload data processor as engineering and supporting payloads. This paper introduces the scientific and engineering goals, system composition, function and performance, system design, and operating achievements of the Chang'E-5 payload subsystem.

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What this paper is about

To achieve the scientific and engineering goals for situ exploration of the sampling area, The payload subsystem of Chang'E-5 explorer is equipped with four types of scientific payloads: the panoramic camera, descending camera, lunar regolith penetrating radar, lunar mineral spectrometer. It is also equipped with the national flag of China exhibition system, the panoramic camera pan-tilt table, and payload data processor as engineering and supporting payloads. This paper introduces the scientific and engineering goals, system composition, function and performance, system design, and operating achievements of the Chang'E-5 payload subsystem.

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Available abstract

To achieve the scientific and engineering goals for situ exploration of the sampling area, The payload subsystem of Chang'E-5 explorer is equipped with four types of scientific payloads: the panoramic camera, descending camera, lunar regolith penetrating radar, lunar mineral spectrometer. It is also equipped with the national flag of China exhibition system, the panoramic camera pan-tilt table, and payload data processor as engineering and supporting payloads. This paper introduces the scientific and engineering goals, system composition, function and performance, system design, and operating achievements of the Chang'E-5 payload subsystem.

Key concepts: Payload (computing), Scientific instrument, Regolith, Remote sensing, Computer science, Aerospace engineering, Engineering, Astrobiology

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