Ordered Structures of a Binary Mixture with Mobile Particles System

We study the ordered structures of a binary mixture through the introduction of mobile particles under periodically oscillating driving fields, and find that the particle motion can break up the isotropy of the system, so that the continuous structure along the oscillation forcing direction is observed for properly chosen oscillating field. Furthermore, the dependences of the morphology and domain size on the mixture-particle coupling interaction, the diffusion coefficient, and the quench depth are examined in details.