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Friday 27 November 2020




Hassan Rabani

Associate Professor

Physics

Basic Science Faculty

Tel: 03814424401-7; 2229

rabani-h@sci.sku.ac.ir & hasan.rabbani@gmail.com

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Research Interest
   Quantum Transport in Nanostructures:
   Mesoscopic Superconductivity:

Academic Resume
   Phd, , University of Isfahan, Iran، Graduation Date: 759
   Master, , Isfahan University of Technology, Iran، Graduation Date: 2005
   Bachelor, , University of Isfahan, Iran، Graduation Date: 2003

Publications
International Journal
1. Esmaili E, Mardaani M, Rabani H , "Investigation of electronic transport through a ladder-like graphene nanoribbon including random distributed impurities " , Superlattices and Microstructures 113:110-117 (2018)
2. Marzieh J, Rabani H, Mardaani M , Spin-dependent electronic transport of a lengthy ladder-like magnetic nanoribbon , Journal of Magnetism and Magnetic Materials 465:270-277 (2018)
3. Rabani H, Mardaani M, Zarepour K, Ghomi F, The effect of long-range coulomb interaction on the phonon transport of an ionized mass-spring chain , Journal of Modern Research Physics 3:15-22 (2019)
4. Nadri F, Mardaani M, Rabani H , Semi-analytic study on the conductance of a lengthy armchair honeycomb nanoribbon including vacancies, defects, or impurities , chinese Physics B 28:017202-017202 (2019)
5. Musavi madani Z, Rabani H, Mardaani M, Signatures of driven magnons in electronic conductance of a magnetic nanowire , journal of magnetism and magnetic materials 502:166494-166494 (2020)
6. Nadri F, Mardaani M, Rabani H, Electronic conductance of a lengthy zigzag honeycomb nanotube including some surface-adsorbed molecules , Physica Scripta 95:045812-045812 (2020)
7. Marzieh J, Rabani H, Mardaani M, Semi-analytical investigation of electronic transport properties of a deformed simple cubic nanocrystal , Solid State Communications 314:113915-113919 (2020)
8. H. Rabani and M. Mardaani, A solvable model for spin-dependent electronic transmission of ferromagnetic nanowires , Solid State Communications 191, 35 (2014)
9. M. Mardaani and H. Rabani, Coherent electronic conductance of a nanowire in the presence of electron–phonon interaction , Physica status solidi (b), (2014)
10. M. Mardaani and H. Rabani, A solvable model for electronic transport of a nanowire in the presence of effective impurities , Superlattices and Microstructures, 159, 155 (2013)
11. H. Rabani, M. Mardaani and A Mazloom Shahraki, Analytical study of the ballistic transport of ladder-like graphene nanoribbons within the tight-binding approach , Superlattices and Microstructures, 159, 106 (2013)
12. M. Mardaani, H. Rabani, An analytical model for magnetoconductance of poly(p-phenylene)-like molecular wires in the tight-binding approach , Journal of Magnetism and Magnetic Materials, 331, 28 (2013)
13. H. Rabani, M. Ghazavi and M. A. Shahzamanian, Relaxation and thermal conductivity of hot and thermal quasiparticles and Fermi liquid interactions in d-wave superconductors , Journal of Sciences Islamic Republic of Iran, 23, 269, (2012)
14. H. Rabani and M. Mardaani, Electron transport through an extended nano-ring in presence of magnetic field: an analytical approach , Solid State Sciences, 14, 1100 ( 2012)
15. M. Mardaani, H. Rabani and M. Keshavarz, Phonon transport properties of a mass-spring simple cubic nanocrystal within the harmonic approximation , Physica E, 44, 1342 (2012)
16. H. Rabani and M. Mardaani, Exact analytical results on electronic transport of conjugated polymer junctions: renormalization method , Solid State Communications, 152, 235 (2012)
17. M. Mardaani and H. Rabani, A. Esmaeili, An analytical study on electronic density of states and conductance of typical nanowires , Solid State Communications, 151, 928 (2011)
18. M. Mardaani and H. Rabani, Phonon scattering in harmonic model for a typical quantum wire , Solid State Communications, 151, 311 (2011)
19. Jalal Sarabadani, Fardin Kheirandish and H. Rabbani, Normal and lateral Casimir interactions between semi-infinite conductors in the presence of a dispersive medium, Morteza Soltani , Physical Review A, 82, 042512 (2010).
20. H. Rabani, F. Taddei, F. Giazotto and R. Fazio, Influence of interface transmissivity and inelastic scattering on the electronic entropy and specific heat of diffusive superconductor-normal metal-superconductor Josephson junctions , Journal of Applied Physics, 105, 093904 (2009).
21. H. Rabani, F. Taddei, O. Bourgeois, R. Fazio and F. Giazotto, Phase-dependent electronic specific heat in mesoscopic Josephson junctions , Physical Review B, 78, 012503 (2008).
Research Journal
22. Nadri F, Mardaani M, Rabani H , "Transmission coefficient of a lengthy ladder-like graphene nanoribbin connected to some additional benzene rings , Nanomeghyas 4:329-334 (2019)
23. Musavi madani Z, Rabani H, Mardaani M , The effect of thermal magnonic excitations on the electronic conductance of a magnetic nanowire " , journal of magnetism and magnetic materials 484:367-372 (2019)
24. Marzieh J, Rabani H, Mardaani M , The study of electronic conductance of a nanoribbon with square lattice including some impurities , Iranian Journal of Physics Research 19:109-115 (2019)
25. H. Rabani, M. Mardaani, Y. Alipour, A study of the electronic conductance in converting a polyacetylene into polystyrene oligomer , Iranian Journal of Physics Research 14 (2), 201 (2014)
26. H. Rabani, M. Mardaani, H. Vahid, Electronic transport properties of a multi-molecular chain of copper phthalocyanine , Journal of Science Kharazmi University 14 (2), 149 (2014)
27. H. Rabani and A. Mazloom, The Effect of Graphene Nano-ribbon Chirality on the Transmission Coefficient and Energy Gap , Journal of science Kharazmi university, 12, No. 4, 669 (2013)
28. M. Mardaani, H. Rabani and F. Aghababaei, The effect of position variation of an electrical charge or dipole on the electronic transport of a simple cubic nanocrystal , Iranian Journal of Physics Research, 13, No. 3, 303 (2013)
29. M. Mardaani, H. Rabani and Z. Baharloo, The effect of rotation of magnetic moment defects on the spin-dependent conductance of a ferromagnetic nanowire , Iranian Journal of Physics Research, 13, No. 2, 197 (2013)
30. H. Rabani, M. Mardaani and F. Soleymani-fard, The effect of Kohn anomalies on the phonon transport of a mass-spring chain , Iranian Journal of Physics Research, 13, No. 2, 125 (2013)
31. H. Rabani, M. Mardaani and S. Vosooghi-nia, An analytical study on electronic transport of typical nanotubes with square structure network , Iranian Journal of Physics Research, 12, No. 2, 169 (2012)
32. M. Mardaani , H. Rabani and S. Soleimani, Spin-dependent conductance of a typical fishbone-like nanostructure , Iranian Journal of Physics Research, 12, No. 2, 103 (2012)
33. M. Mardaani , H. Rabani and A. Mazloom, Electronic transport through a ladder nanostructure in the presence of network defects , Iranian Journal of Physics Research, 12, No. 1, 37 (2012)
34. H. Rabani, M. Mardaani and A. Esmaeili, The Effect of Dimerization Strength and Comb-like bond’s Hopping Energy on Electronic Conductance and Density of States of Typical Polyacetylene polymers , Iranian Journal of Physics Research, 11, No. 4, 405 (2011)
35. H. Rabani, M. Mardaani and M. Keshavarz, The effect of elastic and structural parameters on phonon transport and thermal properties of a simple cubic nanocrystal , Iranian Journal of Physics Research, 11, No. 4, 371 (2011)
36. M. Mardaani, H. Rabani and M. Keshavarz, The phonon and thermal properties of a ladder nanostructure , Iranian Journal of Physics Research, 11, No. 3, 287 (2011).
37. M.A. Shahzamanian, H. Yavary, H. Rabbani and S. Darvishi, Regeneralized London free-energy for high-Tc vortex lattices , Iranian Journal of Physics Research, 6, No. 3, 99 (2006).



Books



Honors



Thesis
Number Student Name Title Defence Date
1. Ashrafalsadat Shariati The Effect of Environmental Factors on the Electronic Transport of the Nanowires سه شنبه ١ فروردين ١٣٩٦
2. Jamshidi Farsani Marzieh Dependence of Electronic Conductance of a Nanocrystal on the Number and Distribution of Electrical and Magnetic Impurities at Nonzero Temperature پنج شنبه ١ فروردين ١٣٩٨
3. Zahra ossadat Musavi madani The Effect of Magnonic Excitations on the Electronic Conductance of Magnetic Nanostructures جمعه ١ فروردين ١٣٩٩




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