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The sub-parsec, geometrically thick, self-gravitating accretion disk in the nucleus of NGC 3079

机译:NGC 3079的核,几何厚,几何厚,自我引起的自引物圆盘

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We have mapped, for the first time, the full velocity extent of the water maser emission in NGC 3079, Based on the analysis of the spectral-line maps, we propose a nearly edge-on, massive, thick, and flared disk for the geometric model of the inner parsec The disk orbits a mass of ~ 2 x 1O6M0 enclosed within 0,4pc, most likely a supermassive black hole. The disk is most likely self-gravitating, clumpy, and supportive of star formation. The presence in our VLBI continuum images of an aging synchrotron component, which is not collinear with the previously imaged jet, might be suggestive of changes in jet orientation The jet may coexist on pc-scales with a wide-angle outflow.
机译:我们首次映射了NGC 3079中的水爆发发射的全速度范围,基于谱线贴图的分析,我们提出了几乎边缘,大规模,厚的和喇叭形圆盘内部PARSEC的几何模型磁盘轨道的质量为0.4pc内括起来,很可能是一个超级分类的黑洞。磁盘最有可能是自我引人的,块状和支持星形形成。在我们的VLBI连续体图像的衰老同步组件中的存在,该组件与先前成像的喷射不相连,可能是喷射取向的变化的暗示,喷射可能在具有广角流出的PC级上共存。

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