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Dynamics and separation of mixed chiral microswimmers are numericallyinvestigated in a channel with regular arrays of rigid half-circle obstacles.For zero shear flow, transport behaviors are the same for different chiralparticles: the average velocity decreases with increase of the rotationaldiffusion coefficient, the direction of the transport can be reversed by tuningthe angular velocity, and there exists an optimal value of the packing fractionat which the average velocity takes its maximal value. However, when the shearflow is considered, different chiral particles show different behaviors. Bysuitably tailoring parameters, particles with different chiralities can move indifferent directions and be separated. In addition, we also proposed a spaceseparation method by introducing a constant load, where counterclockwise andclockwise particles stay in different regions of the channel.

Chirality separation of mixed chiral microswimmers in a periodic channel