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 Full name: Seyyed Edris Faizabadi

 Position: Assosiate Professor

 Phone: 98-21-77451500-10 Ex: 3486

 Fax: 98-21-77240497

 Email: edris AT iust.ac.ir

 Address: Iran University of Science & Technology, Tehran, Iran

  University Degrees:

 • Ph.D: Shahid Beheshti University, Tehran, Iran

 • MSc. : Shahid Beheshti University, Tehran, Iran

 • BSc. : Ferdousi University , Mashhad, Iran

 Current Research:

  • Nano-physics

  • Spintronic

  • Mega Networks

Publications- Journal Papers :
 

1. The Effects of the Interdot and Lead-Dot Coupling on the Spin and Charge Current Through a Triple-Quantum-Dot Ring

2. Spin-polarization and spin-flip in a triple-quantum-dot ring by using tunable lateral bias voltage and Rashba spin-orbit interaction

3. Radius effect on the spintronic properties of a triangular network of quantum nanorings in the presence of Rashba spin-orbit interaction

4. Quantum nano ring composed of quantum dots as a source of pure persistent spin or charge current

5. Quantum rings as a perfect spin-splitter and spin-filter by using the Rashba effect

6. Electron–phonon interaction effect on persistent current in a one-dimensional quantum ring by using a simple model

7. The structural properties of boron and nitrogen adsorption on benzene molecule: a density functional study

8. Temperature-related behavior of the persistent current in a zigzag hexagonal graphene ring

9. Controlling the magnetic susceptibility in an artificial elliptical quantum ring by magnetic flux and external Rashba effect

10. Transport in graphene superlattice under a uniform electric field with Rashba spin–orbit interaction

11. Energy spectrum and persistent current in an armchair hexagonal graphene ring in the presence of vacancies, Rashba and Zeeman interactions

12. Induced spin-accumulation and spin-polarization in a quantum-dot ring by using magnetic quantum dots and Rashba spin-orbit effect

13. Spin transport and wavevector-dependent spin filtering through magnetic graphene superlattice

14. Spin transport through electric field modulated graphene periodic ferromagnetic barriers

15. Energy spectrum and persistent current in a nanoscopic elliptical quantum ring threaded by magnetic flux in the presence of Rashba spin–orbit interaction

16. Density of states of magnetic substitutional impurity-doped graphene in the paramagnetic and ferromagnetic phases

17. Perfect tuning of spin-polarization in a ring-shaped multiple-quantum-dot nanostructure in the presence of Rashba spin-orbit coupling

18. Wavevector filtering through monolayer and bilayer graphene superlattices

19. Band gap opening effect on the transport properties of bilayer graphene superlattice

20. Transport in magnetic graphene superlattice with Rashba spin-orbit interaction

21. Thickness effects on the quantum conductance of single wall carbon nanotube junctions

22. Tunneling time and Hartman effect in a ferromagnetic graphene superlattice

23. The impact of quantum dots magnetization on spin separation and spin current in a multiple quantum-dot ring in the presence of Rashba spin-orbit coupling

24. Rashba spin-orbit effect on tunneling time in graphene superlattice

25. Spin filtering in a ferromagnetic graphene superlattice

26. Magnetic susceptibility in the edged topological disordered nanoscopic cylinder

27. Quantum Conductance of Three-Terminal Nanoring in the Presence of Rashba Interaction and an Impurity

28. Energy dependent spin filtering by using Fano effect in open quantum rings

29. Edged topological disordered quantum ring in the presence of magnetic flux

30. Particular nanowire superlattice as a spin filter

31. Effects of vacancy percentage on the energy gap of zigzag single-wall carbon nanotubes

32. Disorder-averaged currents in edged topological disordered mesoscopic cylinder

33. Efficient spin filtering in a disordered semiconductor superlattice in the presence of Dresselhaus spin-orbit coupling

34. Charge and spin pumping in quantum wires by a time-dependent periodic magnetic field

35. Metal-insulator transition in random Kronig-Penney superlattices with long-range correlated disorder

36. Charge pumping in quantum wires

37. Optical and magneto-optical properties of the simple cubic phase of the C60 crystal

A Koohi, F Ebrahimi, E Faizabadi, M Noshirvani
Journal of Physics: Condensed Matter, 14, 2053 (2002)  Q1