论文标题
有限尺寸的自行螺旋体粒子的运输限制在2D曲折的通道中，高斯有色噪声
Transport of Finite Size Self-Propelled Particles Confined in a 2D Zigzag Channel with Gaussian Colored Noise
论文作者
论文摘要
研究了有限尺寸自行式布朗颗粒的定向运输，这些颗粒限制在带有彩色噪声的2D曲折通道中。噪声（平行于X轴和Y轴的噪声），不对称参数ΔK，比率F（粒子半径之比和瓶颈半宽），自推动的速度V0对粒子具有关节效应。自螺旋颗粒的平均速度与被动颗粒显着不同。平均速度表现出复杂的行为，自propelled速度V0的增加
The directional transport of finite size self-propelled Brownian particles confined in a 2D zigzag channel with colored noise is investigated. The noises(noise parallel to x-axis and y-axis), the asymmetry parameter Δk, the ratio f(ratio of the particle radius and the bottleneck half width), the selfpropelled speed v0 have joint effect on the particles. The average velocity of self-propelled particles is significantly different from passive particles. The average velocity exhibits complicated behavior with increasing self-propelled speed v0
