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Chandrayaan-1 observation of distant secondary craters of Copernicus exhibiting central mound morphology: Evidence for low velocity clustered impacts on the Moon
DOI: 10.1016/j.pss.2011.04.004 Bibcode: 2011P&SS...59..870S

Kiran Kumar, A. S.; Gopala Krishna, B.; Senthil Kumar, P. +3 more

Analysis of the Chandrayaan-1 Terrain Mapping Camera image of a 20 km×27 km area in the Mare Imbrium region revealed a cluster of thousands of fresh and buried impact craters in the size range of 20-1300 m. A majority of the large fresh craters with diameter ranging from 160 to 1270 m exhibit near-circular mounds (30-335 m diameter and 10-40 m hei…

2011 Planetary and Space Science
Chandrayaan-1 18
Planetary X-ray fluorescence analogue laboratory experiments and an elemental abundance algorithm for C1XS
DOI: 10.1016/j.pss.2011.05.005 Bibcode: 2011P&SS...59.1393W

Smith, David R.; Swinyard, Bruce M.; Gow, Jason +5 more

We have conducted laboratory experiments as an analogue to planetary XRF (X-ray fluorescence) missions in order to investigate the role of changing incidence (and phase) angle geometry and sample grain-size on the intensity of XRF from regolith-like samples. Our data provide evidence of a grain-size effect, where XRF line intensity decreases with …

2011 Planetary and Space Science
Chandrayaan-1 SMART-1 16