A new loss mechanism in graphene nanoresonators due to the synthetic electric fields caused by inherent out-of-plane membrane corrugations
NE Firsova, YA Firsov - Journal of Physics D: Applied Physics, 2012 - iopscience.iop.org
For the first time the influence of out-of-plane deformations, which always exist in graphene,
on the non-stationary processes is considered for the case of a monolayer graphene …
on the non-stationary processes is considered for the case of a monolayer graphene …
Losses in monolayer graphene nanoresonators due to Joule dissipation caused by synthetic electric fields and the ways of Joule losses minimizations
NE Firsova, YA Firsov - arXiv preprint arXiv:1110.5742, 2011 - arxiv.org
We consider losses in monolayer graphene nanoresonator connected with Joule dissipation
(heating) caused by valley currents stipulated by synthetic electric fields. These synthetic …
(heating) caused by valley currents stipulated by synthetic electric fields. These synthetic …
[引用][C] Synthetic Electric Fields Influence the Non‐Stationary Processes in Graphene
NE Firsova, YA Firsov - Handbook of Graphene Set, 2019 - Wiley Online Library
This chapter contains sections titled: Introduction New Loss Mechanism in Graphene
Nanoresonators Due to the Synthetic Electric Fields Caused by Inherent Out‐of‐Plane …
Nanoresonators Due to the Synthetic Electric Fields Caused by Inherent Out‐of‐Plane …