首页|Capture behavior of self-propelled particles into a hexatic ordering obstacle
Capture behavior of self-propelled particles into a hexatic ordering obstacle
扫码查看
点击上方二维码区域，可以放大扫码查看
原文链接
万方数据
维普
Capture behavior of self-propelled particles into a hexatic ordering obstacle
Computer simulations are utilized to investigate the dynamic behavior of self-propelled particles(SPPs)within a com-plex obstacle environment.The findings reveal that SPPs exhibit three distinct aggregation states within the obstacle,each contingent on specific conditions.A phase diagram outlining the aggregation states concerning self-propulsion conditions is presented.The results illustrate a transition of SPPs from a dispersion state to a transition state as persistence time in-creases within the obstacle.Conversely,as the driving strength increases,self-propelled particles shift towards a cluster state.A systematic exploration of the interplay between driving strength,persistence time,and matching degree on the dynamic behavior of self-propelled particles is conducted.Furthermore,an analysis is performed on the spatial distribution of SPPs along the y-axis,capture rate,maximum capture probability,and mean-square displacement.The insights gained from this research make valuable contributions to understanding the capture and collection of active particles.
万方数据
维普
