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arXiv 2212.09362cond-mat.soft
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障碍物对自驱动物体集体运动的影响

The influence of obstacles on collective motion of self-propelled objects

Horacio Serna, Wojciech T. Góźdź

AI总结:

本文在Vicsek模型框架下研究圆形晶格障碍物对自驱动物体集体运动的影响,发现增大障碍物半径可使系统从超扩散转变为扩散,并使大团簇定向运动退化为小团簇随机运动。

摘要:

我们在Vicsek模型框架下研究障碍物对自驱动物体集体运动的影响。障碍物呈圆形,并按正方形晶格排列。我们表明,随着障碍物半径的增大,自驱动物体的集体运动可以从超扩散转变为扩散。对于半径较小的障碍物,系统由沿同一方向运动的大团簇组成;对于半径较大的障碍物,系统由沿不同方向随机运动的小团簇组成。

英文摘要:

We investigate the influence of obstacles on the collective motion of self propelled objects in the framework of the Vicsek model. The obstacles are arranged in a square lattice and have circular shape. We show that by increasing the radius of the obstacles the collective motion of the self propelled object can be altered from super diffusive to diffusive. For obstacles with small radius, the system is composed of large clusters moving in one direction, for larger radius, the system is composed of small clusters moving randomly in different directions.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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