The Dusty View of DI from ESO Chile View Full Text


Ontology type: schema:Chapter      Open Access: True


Chapter Info

DATE

2009

AUTHORS

H. Boehnhardt , N. Ageorges , S. Bagnulo , L. Barrera , T. Bonev , O. Hainaut , E. Jehin , H. U. Käufl , F. Kerber , G. LoCurto , J. Manfroid , O. Marco , E. Pantin , E. Pompei , H. Rauer , I. Saviane , F. Selman , C. Sterken , G. P. Tozzi , M. Weiler

ABSTRACT

Around the time of the impact of NASA’s Deep Impact (DI) mission at comet 9P/Tempel 1, in total 6 telescopes with altogether 7 different instruments, located at the La Silla (LSO) and Paranal (VLT) Observatories of the European Southern Observatory (ESO) in Chile, were used to characterize the dust properties before and after the event. The ejecta cloud expanded at an average speed of about 200 ms-1during the first hours after the event. It reached stagnation distance of 25000 km about 3 days after impact. The pre-impact dust jet and fan activity (‘porcupine’ pattern) remained undisturbed after impact. In our measurements the jet activity can be traced to a few 100 km nucleus distance. In total 9 comastructures are identified which may originate from at least 4 regions of enhanced dust emission on the nucleus – one of this region may in fact be multiple. No obvious signatures of a new active region created by DI are found. The overall dust production during the impact compares to about 5–10 h of normal activity. The global expansion geometry of the DI cloud is compatible with a majority of dust grains in the micron size range. Indications exist for asymmetric brightness and colour distributions of the dust in the ejecta cloud. The dust temperature rose from about 280–290 K before to 330 K one day after the event and fell to pre-impact level the day thereafter. The dust reflected sunlight was found to be linearly polarized at about 7.5% in the visible and near–IR, at constant level within about 4000 km from the nucleus. No circular polarization of the dust is detected. More... »

PAGES

147-154

Identifiers

URI

http://scigraph.springernature.com/pub.10.1007/978-3-540-76959-0_19

DOI

http://dx.doi.org/10.1007/978-3-540-76959-0_19

DIMENSIONS

https://app.dimensions.ai/details/publication/pub.1009565531


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