Radiative decay effects influence the local electromagnetic response of the monolayer graphene with surface corrugations in terahertz range
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 decay, double-valley structure of charge carriers spectrum in graphene and the breathing surface curvature form induced syn...
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Abstract | 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 decay, double-valley structure of charge carriers spectrum in graphene and the breathing surface curvature form induced synthetic electric fields are taken into account. To fulfill this program the generalized nonlinear self-consistent equation is obtained. In case of weak external alternating electric field for the obtained equation in linear approximation on the external electric field the exact solution is found. It shows that in this case we get local dephasing in induced current paths depending on the surface form . This theoretical result qualitatively explains the corresponding experiments with local current patterns in graphene without using fully quantum approach which is necessary for theoretical description of such phenomenon in graphene nanoribbons. Besides the formulae obtained in the present paper could become the basis of the new method of the imaging of surface corrugations form for given picture of local current paths. The obtained results allow to study mechanical behavior of materials at nanoscale deviates from macroscoping established concepts and this is of particular importance for graphene. |
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AbstractList | 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 decay, double-valley structure of charge carriers
spectrum in graphene and the breathing surface curvature form induced synthetic
electric fields are taken into account. To fulfill this program the generalized
nonlinear self-consistent equation is obtained. In case of weak external
alternating electric field for the obtained equation in linear approximation on
the external electric field the exact solution is found. It shows that in this
case we get local dephasing in induced current paths depending on the surface
form . This theoretical result qualitatively explains the corresponding
experiments with local current patterns in graphene without using fully quantum
approach which is necessary for theoretical description of such phenomenon in
graphene nanoribbons. Besides the formulae obtained in the present paper could
become the basis of the new method of the imaging of surface corrugations form
for given picture of local current paths. The obtained results allow to study
mechanical behavior of materials at nanoscale deviates from macroscoping
established concepts and this is of particular importance for graphene. 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 decay, double-valley structure of charge carriers spectrum in graphene and the breathing surface curvature form induced synthetic electric fields are taken into account. To fulfill this program the generalized nonlinear self-consistent equation is obtained. In case of weak external alternating electric field for the obtained equation in linear approximation on the external electric field the exact solution is found. It shows that in this case we get local dephasing in induced current paths depending on the surface form . This theoretical result qualitatively explains the corresponding experiments with local current patterns in graphene without using fully quantum approach which is necessary for theoretical description of such phenomenon in graphene nanoribbons. Besides the formulae obtained in the present paper could become the basis of the new method of the imaging of surface corrugations form for given picture of local current paths. The obtained results allow to study mechanical behavior of materials at nanoscale deviates from macroscoping established concepts and this is of particular importance for graphene. |
Author | Firsov, Yu A Firsova, N E |
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BackLink | https://doi.org/10.48550/arXiv.1410.4033$$DView paper in arXiv https://doi.org/10.1016/j.physe.2014.12.024$$DView published paper (Access to full text may be restricted) |
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Snippet | We continue the study of surface corrugations influence on the monolayer graphene local electromagnetic response in terahertz range we started earlier. The... We continue the study of surface corrugations influence on the monolayer graphene local electromagnetic response in terahertz range we started earlier. The... |
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SubjectTerms | Current carriers Curvature Decay Electric fields Graphene Local current Mechanical properties Monolayers Physics - Mesoscale and Nanoscale Physics |
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Title | Radiative decay effects influence the local electromagnetic response of the monolayer graphene with surface corrugations in terahertz range |
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