“…In large-bandgap materials (over 4-5 eV), metallic inclusions introduce additional states in the bandgap. 66,67 These states are generally located in the vicinity of the Fermi level, and occupied by the many mNP electrons. In Ag/MgO NCs, the bandgap of the pure MgO [Fig.…”
Dielectric response of nanocomposites with metal-nanoparticle inclusions can be enhanced significantly by changing nanoparticle shape and size, even without ramping up volume loading of inclusions.
“…In large-bandgap materials (over 4-5 eV), metallic inclusions introduce additional states in the bandgap. 66,67 These states are generally located in the vicinity of the Fermi level, and occupied by the many mNP electrons. In Ag/MgO NCs, the bandgap of the pure MgO [Fig.…”
Dielectric response of nanocomposites with metal-nanoparticle inclusions can be enhanced significantly by changing nanoparticle shape and size, even without ramping up volume loading of inclusions.
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