International Journal |
| 1. Sahar Shojaei, Mohammad Mardaani and Hassan Rabani, Magnonic transport of an antiferromagnetic chain at the transfer matrix approach , Phys. Rev. E 106, 024122 |
| 2. Mahmood Borzouei, Mohammad Mardaani, · Modjtaba Emadi‑Baygi, Hassan Rabani, Development of a coupled modeling for tumor growth, angiogenesis, oxygen delivery, and phenotypic heterogeneity , Biomechanics and Modeling in Mechanobiology volume 22, pages1067–1081 (2023) |
| 3. S. Shojaei, M. Mardaani, and H. Rabani, Magnonic contribution in thermal conductance of a nanostructure in the presence of magnon-phonon interaction , Phys. Rev. E 106, 24122(2022). |
| 4. 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) |
| 5. 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) |
| 6. 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) |
| 7. 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) |
| 8. 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) |
| 9. 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) |
| 10. 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) |
| 11. H. Rabani and M. Mardaani, A solvable model for spin-dependent electronic transmission of ferromagnetic nanowires , Solid State Communications 191, 35 (2014) |
| 12. M. Mardaani and H. Rabani, Coherent electronic conductance of a nanowire in the presence of electron–phonon interaction , Physica status solidi (b), (2014) |
| 13. 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) |
| 14. 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) |
| 15. 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) |
| 16. 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) |
| 17. 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) |
| 18. 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) |
| 19. H. Rabani and M. Mardaani, Exact analytical results on electronic transport of conjugated polymer junctions: renormalization method , Solid State Communications, 152, 235 (2012) |
| 20. 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) |
| 21. M. Mardaani and H. Rabani, Phonon scattering in harmonic model for a typical quantum wire , Solid State Communications, 151, 311 (2011) |
| 22. 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). |
| 23. 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). |
| 24. 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 |
| 25. 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) |
| 26. 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) |
| 27. 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) |
| 28. 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) |
| 29. 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) |
| 30. 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) |
| 31. 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) |
| 32. 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) |
| 33. 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) |
| 34. 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) |
| 35. 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) |
| 36. 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) |
| 37. 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) |
| 38. 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) |
| 39. 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). |
| 40. 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). |
International Conference |
| 41. L. Ghaderipoor, M. Mardaani, E. Amooghorban, and H. Rabani, Phononic properties of a periodic nanostructure including vacuum gap in the presence of effective interatomic interactions , Phys. Rev. E 104, 034121 (2021). |
National Conference |
| ٤٢. سحر شجاعی، محمد مردانی، و حسن ربانی, ترابرد مگنوني يک نانو سيم فرومغناطيس در حضور نقصهاي مغناطيسي , بيست و هفتمين گردهمايي ماده چگال در دانشگاه تحصيلات تکميلي |