Rationale for Mars Rover/Sampler Return mission

机译：火星探测器/采样器的基本原理返回任务

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A Mars Rover/Sample Return (MRSR) mission is currently being studied for the late 1990's. The objectives of the mission are to better understand the origin and evolution of Mars, to search for evidence of former life, and to improve the knowledge of the Martian environment in preparation for subsequent human exploration. Having formed in a different part of the Solar System from Earth, Mars will provide clues that will better enable the discrimination between conflicting theories of Solar System formations. Mars is also a natural laboratory on which a wide range of geologic and meteorological processes have operated under conditions very different from those on Earth. Samples are needed so that the full range of analytical techniques available here on Earth can be applied to the study of these issues. The rover provides the mobility needed to access different materials, and can be equipped with an analytical capability so that the planet can be sampled intelligently. The rover will also provide the means of exploring the planet on a human scale and performing a wide range of in situ measurements at different locations. Different mission scenarios are currently being studied with the goal of achieveing sample return before the end of the century.

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Carr, Michael H.;
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年度 1989
页码 1-1
总页数 1
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
EXOBIOLOGY; EXTRATERRESTRIAL LIFE; MARS (PLANET); MARS ENVIRONMENT; MARS SAMPLE RETURN MISSIONS; PLANETARY EVOLUTION; MARS SURFACE; PLANETARY GEOLOGY; PLANETARY METEOROLOGY; SAMPLING;

机译：外空生物学;外部人口生活; maRs（pLaNET）; maRs环境; maRs sampLE返回任务;行星演变; maRs表面;行星地质学;行星气象学;采样;

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1. Field and laboratory validation of remote rover operations Science Team findings: The CanMars Mars Sample Return analogue mission [J] . Caudill Christy M., Osinski Gordon R., Pilles Eric, Planetary and space science . 2019,第OCTa期

机译：漫游车远程操作的现场和实验室验证科学团队的发现：CanMars Mars Sample Return模拟任务
2. Field and laboratory validation of remote rover operations Science Team findings: The CanMars Mars Sample Return analogue mission [J] . Caudill Christy M., Osinski Gordon R., Pilles Eric, Planetary and space science . 2019,第Octa期

机译：远程流浪者运营科学团队调查结果的现场和实验室验证：帆布火星样本返回模拟使命
3. Nomad Rover Field Experiment, Atacama Desert, Chile 2. Identification of paleolife evidence using a robotic vehicle: Lessons and recommendations for a Mars sample return mission [J] . Cabrol NA., Glenister B., Chong G., Journal of Geophysical Research. Biogeosciences . 2001,第E4期

机译：智利阿塔卡马沙漠的Nomad Rover野外实验2.使用机器人车辆识别古生物证据：火星样本返回任务的经验和建议
4. Data Compression On The Mars Rover Sample Return Mission [C] . Beser, N., Miettinen, . 2001

机译：火星探测器样品返回任务的数据压缩
5. Electrical and computer architecture of an autonomous Mars sample return rover prototype. [D] . Leslie, Caleb Thomas. 2016

机译：自主火星样本返回漫游车原型的电气和计算机体系结构。
6. Distributed Cognition and the Experience of Presence in the Mars Exploration Rover Mission [O] . Dan Chiappe, John Vervaeke 2021

机译：分布式认知与火星勘探流动裁使命存在的经验
7. "Seeing Like A Rover": Images In Interaction On The Mars Exploration Rover Mission [O] . Vertesi Janet 2009

机译：“像漫游者一样”：火星探索漫游者任务中的互动图像

Rationale for Mars Rover/Sampler Return mission

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