Molecular dynamics simulations reveal a radius-controlled crossover from persistent to truncated length-dependent thermal transport in liquid argon confined within carbon nanotubes.
Thermal conduction in classical low-dimensional lattices,
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Dimensional Crossover of Thermal Transport in Nanoconfined Liquids Driven by the Interplay of Quasi-One-Dimensional Structure and Wall Dissipation
Molecular dynamics simulations reveal a radius-controlled crossover from persistent to truncated length-dependent thermal transport in liquid argon confined within carbon nanotubes.