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1 article(s) from Robillard, Alexander N

Thermal transport in kinked nanowires through simulation

Alexander N. Robillard,
Graham W. Gibson and
Ralf Meyer

Beilstein J. Nanotechnol. 2023, 14, 586–602, doi:10.3762/bjnano.14.49

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Figure 1: Schematic of kinked wire with nomenclature. The use of the length 2l is a typical example. Note the...

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Figure 2: Top: thermal conductance of kinked nanowires with varying base segment length. Bottom: thermal cond...

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Figure 3: Relative LoS through kinked wires as a function of both kink angle and radius to segment length rat...

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Figure 4: Comparison of thermal conductances for kinked wires, straight wires with angled lattices, and a ser...

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Figure 5: Thermal conductances calculated from 2D PMC simulations of kinked nanowires with varying kink angle...

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Figure 6: 2D vector plots of heat flux in 45° kinked wires. The colour mapping indicates the value of the hea...

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Figure 7: Colour maps of heat flux for PMC simulation (left column) and Fourier equation solution (right colu...

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Figure 8: Clipped colour maps of normalized heat flux for the 45° system using (from top to bottom) PMC, PMC ...

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Figure 9: Clipped colour maps of normalized heat flux for 45° systems using (from top to bottom) PMC with 0% ...

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Figure 10: Image of the MD system for a wire with a kink angle of 40°. Visualization via OVITO [48].

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Full Research Paper

Published 15 May 2023

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