| Highly sensitive toxic gas molecule sensor based on defect-induced silicene, | JOURNAL OF MATERIALS SCIENCE-MATERIALS IN ELECTRONICS | Meshginqalam Bahar, Barvestani Jamal |
| Lattice vibrations and electronic properties of GaSe nanosheets from first principles | Physical Review Materials | Bejani mousa, Pulci Olivia, Barvestani Jamal, Soltani Vala Ali, Cannuccia Elena |
| Hybrid of graphene surface plasmons and surface magneto-plasmons in a waveguide | SUPERLATTICES AND MICROSTRUCTURES | Abedini Aminabad Zahra, Barvestani Jamal, Soltani Vala Ali |
| Doped Arsenene Nanoribbon as a Promising Candidate for Sensing Toxic Gas Molecules: Theoretical Approach | IEEE SENSORS JOURNAL | Meshginqalam Bahar, Barvestani Jamal |
| Vacancy defected blue and black phosphorene nanoribbons as gas sensor of NOx and SOx molecules | APPLIED SURFACE SCIENCE | Meshginqalam Bahar, Barvestani Jamal |
| Sensing improvement of 1D photonic crystal sensors by hybridization of defect and Bloch surface modes | APPLIED SURFACE SCIENCE | Kaviani Baghbadorani Hajar, Barvestani Jamal |
| High-performance Opening-up Dual-core Photonic Crystal Fiber Sensors Based on Surface Plasmon Resonance | Plasmonics | Ghahramani Soghra, Barvestani Jamal, Meshginqalam Bahar |
| Extraordinary directional optical properties of a parity-time symmetric one-dimensional photonic lattice | OPTICS COMMUNICATIONS | Mohammadpour Ali, Barvestani Jamal, Soltani Vala Ali |
| Comparative study of the highly sensitive plasmonic sensor based on a D-Shaped photonic crystal fiber with silver or gold layers | PHYSICA SCRIPTA | Meshginqalam Bahar, Barvestani Jamal |
| Theoretical Investigation of the Effect of Different Dopants and Their Positions on the Magnetic Properties of an Armchair Graphene Nanoribbon | JOURNAL OF ELECTRONIC MATERIALS | Allahverdikhani Tayyebe, Barvestani Jamal, Meshginqalam Bahar |
| High performance surface plasmon resonance-based photonic crystal fiber biosensor for cancer cells detection | European Physical Journal Plus | Meshginqalam Bahar, Barvestani Jamal |
| Design and analysis of surface plasmon resonance based photonic crystal fiber sensor employing gold nanowires | OPTIK | Ghahramani Soghra, Barvestani Jamal, Meshginqalam Bahar |
| Highly sensitive photonic crystal fiber-based plasmonic biosensor with improved malaria detection application | European Physical Journal Plus | Meshginqalam Bahar, Barvestani Jamal |
| Photonic crystal-based biosensor with the irregular defect for detection of blood plasma | APPLIED SURFACE SCIENCE | Kaviani Baghbadorani Hajar, Barvestani Jamal |
| High-performance surface plasmon resonance-based photonic crystal fiber sensor with four open surface rings | Journal of Computational Electronics | Ali porghovveh Neda, Barvestani Jamal, Meshginqalam Bahar |
| The effect of different dopants and their positions on the magnetic properties of an armchair antimonene nanoribbon: comprehensive theoretical investigation | PHYSICA SCRIPTA | Hasanpour Kashani Sharareh, Barvestani Jamal, Meshginqalam Bahar, |
| Comprehensive study of singular points in a PT-symmetric Thue-Morse multilayer | PHYSICA SCRIPTA | Mohammadpour Ali, Barvestani Jamal, Soltani Vala Ali |
| Tunable and giant spatial Goos–Hänchen shifts in a parity-time symmetric Cantor photonic crystals incorporated with a centered graphene layer, | PHYSICA SCRIPTA, | Barvestani Jamal, Mohammadpour Ali, |
| Combination of Bragg reflector and photonic crystal fiber for bio samples detection, | European Physical Journal Plus, | Meshginqalam Bahar, Barvestani Jamal, |
| Sensing behavior of various gas molecules adsorbed on Fe doped and bare antimonene armchair nanoribbon, | Applied Physics A, | Hasanpour Kashani Sharareh, Barvestani Jamal, Meshginqalam Bahar |