収縮する2成分流体中での非軸対象構造の形成(宇宙の階層構造,研究会報告)
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概要
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We numerically study the dynamical evolution of collapsing and star-forming gas. Efficiency of star formation during collapse is found to affect greatly the formation of non-axisymmetric structures such as bars and clumps developed after the completion of star formation. Effective consumption of gas by star formation greatly promotes the formation of a stellar bar because it reduces the formation of massive gas clumps which can suppress the formation of a stellar bar. This crucial role of the star formation does not depend strongly on other fundamental parameters such as the initial total angular momentum of the system and the fraction of initial gas mass.
- 素粒子論グループ 素粒子研究編集部の論文
- 1996-06-20
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関連論文
- 収縮する2成分流体中での非軸対象構造の形成(宇宙の階層構造,研究会報告)
- Effects of strong gaseous drag on the dynamical evolution in the self-gravitating two components systems