VIPER Site Analysis

R. A. Beyer

doi:10.3847/PSJ/ae061a

2025-10-14

Jose' M. Martinez Camacho

Masatoshi Hirabayashi

DOI：10.3847/PSJ/ae061a

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摘要

En 中文

我们需要评估NASA的挥发性物质极地探测漫游车（VIPER）任务区域的可用轨道数据，以推导出多种地图，帮助科学团队识别漫游车应访问的科学上有趣地点，并为我们的任务提供科学背景。其中一些地图也满足了工程和任务设计需求，以实现安全高效的着陆和漫游。我们整合了来自月球勘测轨道飞行器相机、月球轨道激光高度计、Mini-RF仪器、月船2号轨道高分辨率相机、韩国探路者月球轨道飞行器的Shadowcam、辉夜光谱成像仪和多波段成像仪以及月船1号月球矿物学绘图仪的数据。我们使用了多种技术构建这些地图，包括立体测图法、阴影制图法、冰稳定性深度和表面温度计算，以及用于太阳光照和直连地球通信地图的地平线方法。总体而言，这些地图使我们能够调查岩石分布，评估VIPER可能探索的永久阴影区域内的特征，为VIPER仪器可能获取的信息提供矿物学背景，估计VIPER任务区域内陨石坑的年龄和雷达特性，并评估使用漫游车进行重力测量的潜力。这些数据和技朧为VIPER科学团队和工程团队提供了丰富的信息集，使他们能够规划安全着陆，并规划一项在科学上具有价值且从运营角度稳健的VIPER表面任务。

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期刊

The Planetary Science Journal

IF:

论文数:

108

被引数:

机构

u.s. geological survey, astrogeology science center, 2255 n. gemini drive, flagstaff, az 86001, usa

学者数:

论文数: 1

被引数: 0

nasa ames research center, moffett field, ca 94035, usa

学者数:

论文数: 27

被引数: 0

Universite de Sherbrooke

学者数:

论文数: 5

被引数: 0

applied physics lab, johns hopkins university, 11100 johns hopkins road, laurel, md 20723, usa

学者数:

论文数: 1

被引数: 0

planetary science institute, 1700 east fort lowell, suite 106, tucson, az 85719, usa

学者数:

论文数: 5

被引数: 0

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