۱ | Numerical Analyze of a Broadband Optical Modulator Based on Bilayer Graphene and h-BN in the Wavelength range of 1300 to 1800 nm with High Extinction Ratio | Hamid Vahed, Hossein Karim Khani | Journal of Iranian Association of Electrical and Electronics Engineers | 2021/10/14 |
۲ | Designing a Four Tube Hollow Core Fiber for Mid-IR Ultra-Low Loss Transmission | zahraa Hummam - Hamid Vahed - Ali Pourziad | Engineering Research Express | 2025-10-08 |
۳ | Numerical analysis of multi-parameter plasmonic optical fiber sensor based on a dual-D-shaped hole | Qaidar Mohammed Salih - Hamid Vahed - Riadh A Kadhim | Physica Scripta | 2025-09-05 |
۴ | Dynamically tunable multi-functional anisotropic metamaterial absorber based on graphene-black phosphorus asymmetric monolayer pattern | Masoud Hasankhani - Hamid Vahed - Mohammad Bemani | Physica Scripta | 2025-08-22 |
۵ | Impact of birefringence loss on quartz-based optical waveguides in the mid-infrared spectrum | Zahraa Hummam - Hamid Vahed - Ali Pourziad | OPTICAL AND QUANTUM ELECTRONICS | 2025-05-15 |
۶ | Investigating the influence of material composition and design parameters on optical loss in hollow core fibers at 9.5 µm | Zahraa Hummam - Hamid Vahed - Ali Pourziad | OPTICAL AND QUANTUM ELECTRONICS | 2025-03-04 |
۷ | Enhanced nanolaser power for metamaterial waveguide using Bragg reflector and PSO algorithm | Nawres Mohsin Kadhim - Hamid Vahed - Hadi Soofi | PHYSICA SCRIPTA | 2025-02-17 |
۸ | Electrically Pumping of SOI Metamaterial Gain-Stripes Plasmonic Nanolaser with DBR Structure | Nawres Mohsin Kadhim - Hamid Vahed - Hadi Soofi | Plasmonics | 2025-02-07 |
۹ | Switchable and tunable terahertz metamaterial absorber based on graphene and VO2 resonator with ultra-broadband and multi-band absorption | Masoud Hasankhani, Hamid Vahed, Mohammad Bemani | Optics Communications | 2024/4/4 |
۱۰ | Enhancing communication stability in free-space optical links: a focus on mitigating mechanical vibrations | Qaidar Mohammed Salih - Karrar Ismael Mohammad - Hussein Sheet Ahmed -Riadh Adnan Kadhim - Hamid Vahed | Journal of Optics | 2024-10-24 |
۱۱ | Sensitivity enhancement with coating of Si and ZnO and two-dimensional nanomaterials in silver-based SPR biosensor for DNA hybridization | Rita Fatanat Didar - Hamid Vahed | OPTICAL AND QUANTUM ELECTRONICS | 2024-09-23 |
۱۲ | Dual-channel plasmonic refractive index sensor based on H-shaped optical fibres for multi-analyte detection | Qaidar mohammed Salih Mustafa, Riadh A Kadhim, Hamid Vahed Kalankesh, Ali Pourziad | Journal of Optics | 2023/9 |
۱۳ | Broadband Silver Ribbon-Embedded Graphene and h-BN Optical Modulator with High Modulation Depth and Extinction Ratio and Low Switching Voltage | Hossein Karimkhani, Hamid Vahed | IEEE Photonics Journal | 2023/12/25 |
۱۴ | Improving the performance of high-sensitivity surface plasmon resonance biosensor with 2D nanomaterial coating (BP-WS2) based on hybrid structure: Theoretical analysis | Rita Fatanat Didar, Hamid Vahed | IET Optoelectronics | 2023/12 |
۱۵ | Sensitivity Enhancement of Optical Long-Range SPR Sensor Based On New 2-D Materials: BP/MoS2/Graphene | Sheyda Aghazadeh, Hamid Vahed | Plasmonics | 2023/12 |
۱۶ | D-Shaped Microfluidic Channel Bimetallic with a Highly Sensitive SPR RI Sensor for a Large Detection Range | Riadh A. Kadhim, Qaidar Mohammed Salih, Ashraf Dhannon Hasan, Jafaar Mohammed Daif Alkhasraji, Hamid and Vahed Kalankesh | Plasmonics | 2023/10/7 |
۱۷ | A structure of electro-absorption hybrid plasmonic modulator using silver nano-ribbon | Hossein Karimkhani, Hamid Vahed | Optical and Quantum Electronics | 2023/10 |
۱۸ | High sensitive plasmonic sensor with simple design of the ring and the disk resonators | Hossein Karimkhani, Asma Attariabad, Hamid Vahed | Optical and Quantum Electronics | 2022/6 |
۱۹ | A broadband optical modulator based on rib-type silicon waveguide including graphene and h-BN layers | Hossein Karimkhani, Hamid Vahed | Optik | 2022/3/1 |
۲۰ | An optical modulator with ridge-type silicon waveguide based on graphene and MoS2 layers and improved modulation depth | Hossein Karimkhani, Hamid Vahed | Optical and Quantum Electronics | 2021/5 |