Interfacial thermal conductance at metal–nonmetal interface via electron–phonon coupling
B Shi, X Tang, T Lu, T Nakayama, Y Li… - Modern Physics Letters …, 2018 - World Scientific
Interfacial thermal conductance between dissimilar materials plays an important role in
solving the overheating problem and thus improving the performance of photonic and …
solving the overheating problem and thus improving the performance of photonic and …
[PDF][PDF] Interfacial thermal conductance at metal–nonmetal interface via electron–phonon coupling
B Shi, X Tang, T Lu, T Nakayama, Y Li, J Zhou - researchgate.net
B. Shi et al. while in the nonmetal, only the phonons are the dominant heat carriers. The
interactions among these carriers can be classified into three categories, which correspond …
interactions among these carriers can be classified into three categories, which correspond …
Interfacial thermal conductance at metal–nonmetal interface via electron–phonon coupling.
B Shi, X Tang, T Lu, T Nakayama… - … Physics Letters B, 2018 - search.ebscohost.com
Interfacial thermal conductance between dissimilar materials plays an important role in
solving the overheating problem and thus improving the performance of photonic and …
solving the overheating problem and thus improving the performance of photonic and …
Interfacial thermal conductance at metal-nonmetal interface via electron-phonon coupling
B Shi, X Tang, T Lu, T Nakayama… - … Physics Letters B, 2018 - ui.adsabs.harvard.edu
Interfacial thermal conductance between dissimilar materials plays an important role in
solving the overheating problem and thus improving the performance of photonic and …
solving the overheating problem and thus improving the performance of photonic and …