| ۸۱ | Tuning hyperthermia properties of FeNiCo ternary alloy nanoparticles by morphological and magnetic characteristics | Alireza Salati, Abdolali Ramazani, Mohammad Almasi Kashi | Journal of Magnetism and Magnetic Materials | 2020/3/15 |
| ۸۲ | Capturing dual behavior of the parallel coercivity in FeNi/Cu nanowire arrays by fine-tuning of segment thicknesses | MH Abbas, A Ramazani, AH Montazer, M Almasi Kashi | Journal of Alloys and Compounds | 2020/6/5 |
| ۸۳ | Self-ordered Porous Anodic Alumina Templates by a Combinatory Anodization Technique in Oxalic and Selenic Acids | M Ahmadzadeh, MA Kashi, M Noormohammadi, A Ramazani | Journal of Electronic Materials, | 2021 |
| ۸۴ | Small-diameter magnetic and metallic nanowire arrays grown in anodic porous alumina templates anodized in selenic acid | M Ahmadzadeh, MA Kashi, M Noormohammadi, A Ramazani | Applied Physics A | 2021 |
| ۸۵ | Developing Cu pore-filling percentage in hard anodized anodic aluminum oxide templates with large diameters | Z.Hosseinabadia, A.Ramazani, M.Almasi Kashi | Materials Chemistry and Physics | 2021 |
| ۸۶ | Developing Cu pore-filling percentage in hard anodized anodic aluminum oxide templates with large diameters | Z.Hosseinabadia, A.Ramazani, M.Almasi Kashi | Materials Chemistry and Physics | 2021/2/15 |
| ۸۷ | Magnetization reversal properties and magnetostatic interactions of disk to rod-shaped FeNi layers separated by ultra-thin Cu layers | hammed H Abbas , A Ramazani , A H Montazer and M Almasi Kash | Nanotechnology | 2022-06-15 |
| ۸۸ | Tuning magnetostatic interaction and coercivity distributions of FeCo/Cu multilayer nanowire arrays by variation of magnetic and nonmagnetic layer aspect ratios | R. Nemati , M.H. Abbas , A. Ramazani , M. Almasi Kashi | Physica B: Condensed Matter | 2022/12/21 |
| ۸۹ | Angular first-order reversal curve analysis of FeNi/Cu multilayered nanowire arrays with different diameters | سید الهام موسوی، عبدالعلی رمضانی، محمد الماسی کاشی | JMMM | 2023-12-3 |
| ۹۰ | Surfactant-free synthesis and magnetic hyperthermia investigation of iron oxide (Fe3O4) nanoparticles at different reaction temperatures | Ahmad RezaYasemiana, Mohammad Almasi Kashi, Abdolali Ramazani | Materials Chemistry and Physics | March 2019 |