output
20142020
most citedReconstructing the late accretion history of the Moon

65 citations

5 papers

astro-ph.EP202065 cited

Reconstructing the late accretion history of the Moon

Meng-Hua Zhu, Natalia Artemieva, Alessandro Morbidelli +3

The importance of highly siderophile elements (HSEs) to track planetary late accretion has long been recognized. However, the precise nature of the Moon's accretional history remai…

astro-ph.EP20208 cited

Number of near-Earth objects and formation of lunar craters over the last billion years

S. I. Ipatov, E. A. Feoktistova, V. V. Svettsov

We compare the number of lunar craters larger than 15 km across and younger than 1.1 Ga to the estimates of the number of craters that could have been formed for 1.1 Ga if the numb…

astro-ph.EP201950 cited

The Maribo CM2 meteorite fall - survival of weak material at high entry speed

Jiri Borovicka, Olga Popova, Pavel Spurny

High entry speed (> 25 km/s) and low density (< 2500 kg/m3) are two factors that lower the chance of a meteoroid to drop meteorites. The 26 g carbonaceous (CM2) meteorite Maribo re…

astro-ph.EP201621 cited

Olivine on Vesta as exogenous contaminants brought by impacts: Constraints from modeling Vesta's collisional history and from impact simulations

D. Turrini, V. Svetsov, G. Consolmagno +2

The survival of asteroid Vesta during the violent early history of the Solar System is a pivotal constraint on theories of planetary formation. Particularly important from this per…

astro-ph.EP201425 cited

The orbit and dynamical evolution of the Chelyabinsk object

Vacheslav V. Emel'yanenko, Sergey A. Naroenkov, Peter Jenniskens +1

The orbit of the Chelyabinsk object is calculated, applying the least-squares method directly to astrometric positions. The dynamical evolution of this object in the past is studie…