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- W3170702855 abstract "Heat current $J$ that flows through a few typical two-dimensional nonlinear lattices is systematically studied. Each lattice consists of two identical segments that are coupled by an interface with strength ${k}_{mathrm{int}}$. It is found that the two-universality-class scenario that is revealed in one-dimensional systems is still valid in the two-dimensional systems. Namely, $J$ may follow ${k}_{mathrm{int}}$ in two entirely different ways, depending on whether or not the interface potential energy decays to zero. We also study the dependence of $J$ on lattice width ${N}_{Y}$ and transverse interaction strength ${k}_{Y}$. Universal power-law decay or divergence is observed. Finally, we check the equipartition theorem in the systems since it is the basis of all our theoretical analyses. Surprisingly, it holds perfectly even at the interface where there is a finite temperature jump, which makes the system far from equilibrium. However, the equipartition of potential energy, which is observed in one-dimensional systems, is no longer satisfied due to the interaction between different dimensions." @default.
- W3170702855 created "2021-06-22" @default.
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- W3170702855 date "2021-05-28" @default.
- W3170702855 modified "2023-10-08" @default.
- W3170702855 title "Heat current flows across an interface in two-dimensional lattices" @default.
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- W3170702855 doi "https://doi.org/10.1103/physreve.103.052141" @default.
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