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Lunar impact flashes: analysis methods
Lunar impact flashes: analysis methodsMunaibari(1), R. Larson(2), C. Avdellidou(1), M. Delbo(1), J. Vaubaillon(3), P. Hayne(2), D. Sheward(4), A. Cook(4)(1)Laboratoire Lagrange, Observatoire de la Côte d’Azur, UCA, France(2)University of Colorado, USA(3)IMCCE, Observatoire de Paris, France(4)Aberystwyth University, UKcontact: chrysa ...Edhah Munaibari +7 more
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Natural celestial collision processes are rich in nonlinear dynamical characteristics and energy distribution patterns. In particular, the complex geomorphic phenomena produced by asteroid impacts on the Moon, such as crater formation, multi-ring basin structures, ejecta distribution patterns, and energy transfer at different scales, provide unique ...
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Meteoritic, lunar and lonar impact chondrules
The Moon, 1973Impact-generated silicate spherules from the Lonar Crater, India and from all Apollo sites are analogous to meteoritic chondrules (and some microtektites). Thus, the impact origin of chondrules, first proposed by Urey (1952) is a mechanism strongly supported by physical evidence from both the moon and the earth.
K. Fredriksson, A. Noonan, J. Nelen
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Impact of Recent Lunar Missions on the Understanding of Lunar Environment
Earth and Space 2021, 2021Kin F, Alexander M.
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Applied Geochemistry, 2020
Since the Apollo 14 mission delivered samples of the Fra Mauro formation, interpreted as ejecta of the Imbrium impact, defining the age of this impact has emerged as one of the critical tasks required for the complete understanding of the asteroid bombardment history of the Moon and, by extension, the inner Solar System. Significant effort dedicated to
Nemchin, A.A. +10 more
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Since the Apollo 14 mission delivered samples of the Fra Mauro formation, interpreted as ejecta of the Imbrium impact, defining the age of this impact has emerged as one of the critical tasks required for the complete understanding of the asteroid bombardment history of the Moon and, by extension, the inner Solar System. Significant effort dedicated to
Nemchin, A.A. +10 more
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Impact of Infrared Lunar Laser Ranging on Lunar Dynamics
2016Since 2015, in addition to the traditional green (532nm), infrared (1064nm) has been the preferred wavelength for lunar laser ranging at the Calern lunar laser ranging (LLR) site in France. Due to the better atmospheric transmission of IR with respect to Green, nearly 3 times the number of normal points have been obtained in IR than in Green [ C.Courde
Viswanathan, Vishnu +7 more
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A GLOBAL LUNAR IMPACT BOMBARDMENT ~800 MA AGO RECORDED IN LUNAR IMPACT GLASSES
Geological Society of America Abstracts with Programs, 2022Ya Huei Huang +5 more
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Lunar Impact Features and Processes
Reviews in Mineralogy and Geochemistry, 2023Osinski, Gordon R. +24 more
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Infrared Lunar Laser Ranging at Calern: Impact on Lunar Dynamics
2017LLR in IR (1064nm) gives an improvement in the temporal and spatial distribution of observations. Estimates of the lunar core using IR data will be presented.
Viswanathan, Vishnu +7 more
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