On the extreme stationary outflows from super-star clusters: from superwinds to supernebulae and further massive star formation
Guillermo Tenorio-Tagle, Sergiy Silich, Ary Rodriguez-Gonzalez, Casiana Munoz-Tunon
Abstract
The properties of star cluster winds in the supercritical, catastrophic cooling regime are discussed. We demonstrate that strong radiative cooling may inhibit superwinds and, after a rapid phase of accumulation of the ejected material within the star-forming volume, a new stationary isothermal regime, supported by the ionizing radiation from the central cluster, is established. The expected appearance of this core/halo supernebula in the visible line regime and possible late evolutionary tracks for super-star cluster winds, in the absence of ionizing radiation, are thoroughly discussed.
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