China's first Mars rover, Zhurong, has carried out an exploration mission in southern Utopian
Planitia. As rocks and their three‐dimensional (3D) morphology are essential for studying …

The rock size-frequency distribution (RSFD) is important in studying the geological evolution
history of planetary surfaces and in the selection of landing sites for planetary rovers …

The abundances of protrusion hazards (“rocks”) on planetary surfaces, and the analytic
functions used to describe them, are reviewed in the context of spacecraft landing system …

Rocks, prominent features on the surface of Mars, are a primary focus of Mars exploration
missions. The accuracy of recognizing rock information, including size and position, deeply …

This study presents a global database of pitted cones on Mars. This database was created
using an active deep-learning approach based on a global mosaic of Mars Context Camera …

The navigation camera images of Zhurong Rover can be utilized to reconstruct high-
resolution 3-D models, which play a vital role in scientific analysis and engineering tasks …

The rock characteristic and size–frequency distribution (SFD) on Mars are important for
understanding the geologic and geomorphic history of the surface, for evaluating the …

火星次表层探测对于获取火星历史演化信息, 寻找火星可能的生命生存环境至关重要.
中国祝融号火星车成功着陆于火星乌托邦平原南部, 其携带的火星车次表层探测雷达(RoPeR) …

China has successfully launched six lunar probes so far. From Chang'E-1 to Chang'E-4, they
completed the circling, landing and roving exploration, of which Chang'E-4 was the first …

Mars subsurface exploration is essential to obtain information on the historical evolution of
Mars and to search for possible living environment on Mars. The Rover Penetrating Radar …