Generalized Taylor dispersion analysis shows that the time-averaged longitudinal dispersion of active Brownian particles in oscillatory Poiseuille flow varies non-monotonically with flow speed and activity and oscillates with frequency due to self-propulsion and advection coupling.
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Dispersion of active particles in oscillatory Poiseuille flow
Generalized Taylor dispersion analysis shows that the time-averaged longitudinal dispersion of active Brownian particles in oscillatory Poiseuille flow varies non-monotonically with flow speed and activity and oscillates with frequency due to self-propulsion and advection coupling.