88 citations · 116 across the 8 of their papers we have counts for
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Nanoantenna properties of graphene membrane. Quantum theory
N. E. Firsova, Yu. A. Firsov
The graphene membrane irradiated by weak activating alternative electric field in terahertz range was considered. The quantum approach based on the time-dependent density matrix me…
Radiative decay effects influence the local electromagnetic response of the monolayer graphene with surface corrugations in terahertz range
Yu. A. Firsov, N. E. Firsova
We continue the study of surface corrugations influence on the monolayer graphene local electromagnetic response in terahertz range we started earlier. The effects of radiative dec…
Surface corrugations influence on monolayer graphene electromagnetic response
Yu. A. Firsov, N. E. Firsova
We consider the corrugated monolayer graphene membrane electromagnetic (from both valleys) response in terahertz range. We study the generated in irradiated graphene total current…
New Losses Mechanism in Graphene Nanoresonators due to the Synthetic Electric Fields caused by Inherent Out-of-Plain Membrane Corrugations
Natalie E. Firsova, Yuriy A. Firsov
New losses mechanism in monolayer graphene nanoresonators caused by dissipative intravalley currents stipulated by the synthetic electric fields is considered. These fields are gen…
Losses in Monolayer Graphene Nanoresonators due to Joule Dissipation Caused by Synthetic Electric Fields and the ways of Joule Losses Minimizations
Natalie E. Firsova, Yuri A. Firsov
We consider losses in monolayer graphene nanoresonator connected with Joule dissipation (heating) caused by valley currents stipulated by synthetic electric fields . These syntheti…