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The electronic thermal conductivity (ETC) of 2-dimensional circular-pore metallic nanoporous material (MNM) was studied here for its possible applications in thermal cloaks. A simulation method based on the free-electron-gas model was applied here without considering the quantum effects. For the MNM with circular nanopores, there is an appropriate nanopore size for thermal conductivity tuning, while...
In this work, the thermal performance of copper and nickel nanoparticles was studied with the application of a differential scanning calorimeter method and a hot-wire method. With the absorbed water, oxidation, and the size effect all taken into consideration, this work shows that the absorbed water can be omitted at temperatures higher than 350K. Both the size and oxidation greatly influence the...
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