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A numerical study on interactions of two spherical drops in thermocapillarymigration in microgravity is presented. Finite-difference methods were adoptedand the interfaces of drops were captured by the front-tracking technique. Itis found that the arrangement of drops directly influences their migrations andinteraction, and that the motion of one drop is mainly determined by thedisturbed temperature field because of the existence of the other drop.

Thermocapillary migration and interactions of two nondeformable droplets