April 26, 2024
Persian Gulf University
فارسی
Hossein Falinejad

Hossein Falinejad

Academic Rank: Associate professor
Address: —
Degree: Ph.D in Physics
Phone: 07136487599
Faculty: Faculty of Nano and Biotechnology
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Research activities

Journal articles
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Hadi Eslamizadeh, Hossein Falinejad (2022) Simulation of the fission process of the excited compound nuclei 210Rn and 215Fr produced in fusion reactions within the framework of the modified statistical model PHYSICAL REVIEW C: 105; 044604
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Hossein Falinejad (2021) The molecular spontaneous emission rate evaluation in a dispersive and dissipative Fabry–Perot cavity, a field quantization approach EUROPEAN PHYSICAL JOURNAL D: 75; 1-9
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Hossein Falinejad, (2021) The spontaneous emission rate determination of a molecule near a perfect conductive wall MOLECULAR PHYSICS: 119; 1950855(9pages)
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Hossein Falinejad (2020) The calculation of the atomic spontaneous emission rate between two dielectric slabs INDIAN JOURNAL OF PHYSICS: 94; 7
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Hossein Falinejad, (2020) The Interaction Potential between an Atom and a Conductive Wall INTERNATIONAL JOURNAL OF THEORETICAL PHYSICS: 59; 1512-1522
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Hossein Falinejad, (2019) Electromagnetic field quantization near a dielectric slab and spontaneous emission rate determination APPLIED PHYSICS B-LASERS AND OPTICS: ; ،
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, Rouhollah (Kouroush) Gheisari, Hossein Falinejad (2017) Full calculation of pd and dt muonic bound levels: Combination of Nikiforov–Uvarov method and variational approach ANNALS OF PHYSICS: ; 512،521
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Hossein Falinejad (2017) Quantization of the electromagnetic field at the presence of two dielectric slabs and application to the Casimir effect EUROPEAN PHYSICAL JOURNAL D: ; ،
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Hossein Falinejad, (2014) The Casimir force between an ideal metal plate and a dissipative dielectric slab INTERNATIONAL JOURNAL OF MODERN PHYSICS B: ; 1450232-1،1450232-10
Conference articles
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Projects
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Theses
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— (2024) The Electromagnetic Field Quantization at the Presence of a Semi-infinite Dielectric Wall and the Spontaneous Emission rate Calculation
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— (2023) Interaction potential evaluation between a neutral polarizable particle and a semi-infinite dielectric medium
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— (2023) Simulation of fission process of the compound nuclei 210Rn produced in the fusion reactions 16O ions with 194Pt nuclei in the framework of the modified statistical model
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— (2022) The evaluation of interaction potential between a polarizable particle and a conductive wall at finite temperature
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— (2022) Study the optical properties of Graphene in the effect of interaction with Gaussian wave
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— (2022) Evaluation of the interaction potential between two non-polar molecules in the presence of a conducting wall
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— (2021) Design and modeling of Nano Biosensors based on Plasmon-Exciton Coupling
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— (2021) Study of No nucleaus synthesis during fusion process of 48Ca with 208Pb
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— (2017) Electromagnetic field quantization near a dielectric slab in Green function method and spontaneous emission rate determination
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Books
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Innovations
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Grant Attraction
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Courses

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Hossein Falinejad
Persian Gulf University
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