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Dynamical Friction on Galactic Center Star Clusters with a Central Intermediate-Mass Black Hole

机译:与中央中间质量黑洞的银河中心星簇上的动态摩擦

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Numerical simulations of the dynamical friction suffered by a Galactic center star cluster harboring an intermediate-mass black hole (IMBH) have been performed. Hansen & Milosavljevic recently suggested that the presence of an IMBH in the cluster core might stabilize the core against tidal disruption during the inspiral through dynamical friction, and thus might easily deliver young stars down to the central parsec. We find that the presence of an IMBH does lower the minimum initial core density required to transport young stars down to the central parsec, but this is possible only when the mass of the IMBH is at least ~ 10 % of the total cluster mass.
机译:已经进行了含有中间质量黑洞(IMBH)的银河中心星簇遭受的动态摩擦的数值模拟。 Hansen&Milosavljevic最近建议,集群核心中的IMBH的存在可能会通过动态摩擦,在Inspiral期间稳定核心破坏,因此可能很容易将年轻明星送到Carsec中部。我们发现IMBH的存在确实降低了将幼颗恒星向下传输到Central Parsec所需的最小初始核心密度,但是只有当IMBH的质量至少为总群质量的〜10%时,这才有可能。

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