The quantum Goos-Hanchen effect in graphene is investigated. The Goos-Hanchen phase shift is derived by solving the Dirac eigenvalue differential equation. This phase shift varies with the angle of incidence of the quasiparticle Dirac fermions on the barr
Ahmed Saeed Abd El Razek;
Abstract
Investigation of Spin and Charge Carriers Transport in Nanoscale Devices
Other data
| Title | The quantum Goos-Hanchen effect in graphene is investigated. The Goos-Hanchen phase shift is derived by solving the Dirac eigenvalue differential equation. This phase shift varies with the angle of incidence of the quasiparticle Dirac fermions on the barr | Other Titles | دراسة إنتقال حاملات الشحنة و الحركة المغزلية لها فى النبائط النانومترية. | Authors | Ahmed Saeed Abd El Razek | Keywords | The quantum Goos-Hanchen effect in graphene is investigated. The Goos-Hanchen phase shift is derived by solving the Dirac eigenvalue differential equation. This phase shift varies with the angle of incidence of the quasiparticle Dirac fermions on the barr | Issue Date | 2013 | Description | Investigation of Spin and Charge Carriers Transport in Nanoscale Devices |
Attached Files
| File | Size | Format | |
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| 116178g1196.pdf | 525.17 kB | Adobe PDF | View/Open |
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