Self-consistent simulations show that geometry-controlled thermal crowding in deposited metal can direct fluid instabilities and pattern formation in laser-heated nanoscale films via substrate-mediated heat diffusion.
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Using Thermal Crowding to Direct Pattern Formation on the Nanoscale
Self-consistent simulations show that geometry-controlled thermal crowding in deposited metal can direct fluid instabilities and pattern formation in laser-heated nanoscale films via substrate-mediated heat diffusion.