Electronic thermal conductivity of 2-dimensional circular-pore metallic nanoporous materials
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文摘

For metallic nanoporous materials, there is an appropriate pore size for thermal conductivity tuning.

ETC increases with increasing pore size until pore size reaches about four times EMFP.

The ETC difference between different directions will be less than 10%.

The ETC can be decreased by 30% with tuning specular coefficient.

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