Interstellar matter near the Pleiades. IV - The wake of the Pleiades through the interstellar medium in Taurus

Astronomy and Astrophysics – Astronomy

Scientific paper

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Interstellar Matter, Ionizing Radiation, Open Clusters, Pleiades Cluster, Shock Wave Interaction, Taurus Constellation, Infrared Astronomy Satellite, Interacting Galaxies, Satellite Imagery, Stellar Mass

Scientific paper

A large emission 'cavity' whose bright rims extend about 5 deg eastward from the Pleiades, and is pressurized by the soft-UV radiation of the cluster, has been revealed by a mosaic of IRAS images; the emission cavity delineates the wake of the Pleiades as it moves supersonically through the ISM. Photoelectric heating is identified as the most likely agent of the cluster-cloud interaction generating a shock wave, and prompts the hypothesis that transverse expansion of heated gas near the cluster plays a crucial role in driving the shock. The cloud trajectory can be traced back to an origin in Gould's Belt some 15 Myr ago, in a blowout of gas into the Galactic halo.

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