22 results on '"Phirouznia, A."'
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2. Topological phases in few-layer silicene nanoribbon induced by normally applied electric field and Rashba spin-orbit coupling
3. Spin-current and pseudo-spin density response functions in graphene
4. Fabrication, structural and electrical characterization of Au/ (CuSe-polyvinyl alcohol)/n-Si (MPS) Schottky barrier structures
5. Influence of compression strains on photon absorption of silicene and germanene
6. Emergence of electromotive force by time dependent gauge fields in monolayer graphene
7. Effects of metal-ion replacement on pyrazinamidase activity: A quantum mechanical study
8. Optical manifestation of buckled configurations in graphene-like materials
9. Electrically tunable polarization splitting and conversion based on 1DPC structure with anisotropic defect layer
10. The Hartman effect in monolayer graphene with Rashba spin–orbit interaction
11. Optical nonlinearity due to thermomechanical effect in the planar and homeotropic nematic liquid crystals
12. Anisotropic optical conductivity and electron–hole asymmetry in doped monolayer graphene in the presence of the Rashba coupling
13. Anisotropic resistivity of the monolayer graphene in the trigonal warping and connected Fermi curve regimes
14. Rashba coupling induced spin susceptibility and magnetic phase transition of conduction electrons in monolayer graphene
15. Anisotropic quantum transport in monolayer graphene in the presence of Rashba spin–orbit coupling
16. Rayleigh–Benard Convection in the homeotropic nematic liquid crystal by a Gaussian laser beam absorption
17. The Marangoni effect in nematic liquid crystals due to a Gaussian light beam absorption
18. Controllable non-equilibrium spin injection of conduction electrons in magnetic quantum dots
19. Magnetoresistance due to domain wall bulging
20. Quantum transport in ferromagnetic graphene super lattice in the presence of Rashba spin–orbit coupling
21. Acoustic phonons mediated non-equilibrium spin current in the presence of Rashba and Dresselhaus spin–orbit couplings
22. Induced by magnetic field spin reorientation in YMn 2O 5
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