Scientists and engineers can exploit nanostructures to manipulate thermal transport in
solids. This is possible because the dominant heat carriers in nonmetals–crystal vibrations …

Scientists and engineers can exploit nanostructures to manipulate thermal transport in
solids. This is possible because the dominant heat carriers in nonmetals–crystal vibrations …

Scientists and engineers can exploit nanostructures to manipulate thermal transport in
solids. This is possible because the dominant heat carriers in nonmetals-crystal vibrations …

Scientists and engineers can exploit nanostructures to manipulate thermal transport in
solids. This is possible because the dominant heat carriers in nonmetals–crystal vibrations …

Scientists and engineers can exploit nanostructures to manipulate thermal transport in
solids. This is possible because the dominant heat carriers in nonmetals-crystal vibrations or …

Nanostructuring expands thermal limits | CiNii Research CiNii 国立情報学研究所 学術情報
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Scientists and engineers can exploit nanostructures to manipulate thermal transport in
solids. This is possible because the dominant heat carriers in nonmetals–crystal vibrations …

Scientists and engineers can exploit nanostructures to manipulate thermal transport in
solids. This is possible because the dominant heat carriers in nonmetals-crystal vibrations …

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