Phase separation patterns and kinetics in binary mixtures under a moving cooling source depend on the ratio and absolute magnitudes of source velocity vs and front velocity v, with the local temperature profile controlling the structures formed.
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Moving Cooling Source Induced Phase Separation in Binary Liquids: an interplay of competing velocities
Phase separation patterns and kinetics in binary mixtures under a moving cooling source depend on the ratio and absolute magnitudes of source velocity vs and front velocity v, with the local temperature profile controlling the structures formed.