Fig. 2: Time evolution of the temperature field, for the vapour collapse scenario. | Communications Physics

Fig. 2: Time evolution of the temperature field, for the vapour collapse scenario.

From: A thermal fluid dynamics framework applied to multi-component substrates experiencing fusion and vaporisation state transitions

Fig. 2

A binary vapour (Ni and Cr) bubble collapses as it rises through a dissimilar binary liquid phase (Fe and Mo) at t = 0.005 s (a), t = 0.075 s (b), t = 0.15 s (c), t = 0.225 s (d), t = 0.33 s (e), and t = 0.435 s (f), respectively. The bubble and Ar phases are highlighted in magenta, with a cut through the domain to show the temperature field evolution over the range of temperatures in the domain, from 2.4 × 103 to 3.0 × 103 K.

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