April 26, 2024
Kermanshah University of Technology
فارسی
Afshin Moradi

Afshin Moradi

Academic rank: Professor
Address: Department of Engineering Physics, Kermanshah University of Technology, Kermanshah, Iran
Education: Ph.D in Physics, Nano-Optics
Phone: 08338305010
Faculty: —
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Education

  • PhD. in Physics , Razi University , Iran (2005 - 2009)
    Thesis title: Collective excitations in carbon nanotubes
  • MSc. in Physics , Razi University , Iran (2001 - 2004)
    Thesis title: Quantum theory of light in nonlinear media with dispersion and absorption
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Research interests

  • Plasmonics
  • Metamaterials
  • Electromagnetism
  • Oscillations and Waves in Plasmas
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Courses

Associate
Course of this type not found!
Bachelor Of Science
Master Of Science
PhD
Course of this type not found!

Research activities

Journal articles
1
Afshin Moradi, Pankaj Choudhury (2023) A revisit to the quasistatic analysis of hyperbolic metamaterial supported core-shell nanoparticle Results in Optics: 13; 100530-...
2
Afshin Moradi, Nurhan Tokan (2023) Screened plasmons of graphene near a perfect electric conductor JOURNAL OF APPLIED PHYSICS: 134; 153103 (1-9)
3
Afshin Moradi (2023) Comment on: “Tunable surface waves supported by graphene-covered left-handed material structures” [Opt. Commun. 489 (2021) 126874] OPTICS COMMUNICATIONS: 545; 129735-...
4
Afshin Moradi, Nurhan Tokan (2023) Magnetostatic microwaves in circular dielectric waveguide with anisotropic uniaxial μ-negative media APPLIED PHYSICS A-MATERIALS SCIENCE & PROCESSING: 129; 178(1-9)
5
Afshin Moradi, Nurhan Tokan (2022) Magnetostatic microwaves in circular metallic waveguides filled with uniaxial negative permeability media JOURNAL OF APPLIED PHYSICS: 132; 143901-...
6
Afshin Moradi, Pi Gang Luan (2022) Electromagnetic energy density in hyperbolic metamaterials Scientific Reports: 12; 10760
7
Afshin Moradi (2021) Electrostatic theory of rectangular waveguides filled with anisotropic media Scientific Reports: 11; 24522
8
Afshin Moradi (2021) Group velocity of bulk magnetoplasmons in electric-gyrotropic thin films: Faraday configuration Results in Physics: 31; 104973-...
9
Afshin Moradi, Martijn Wubs (2021) Strongly direction-dependent magnetoplasmons in mixed Faraday–Voigt configurations Scientific Reports: 1; 18373
10
Afshin Moradi (2021) Distribution of electromagnetic energy density in a dispersive and dissipative metamaterial JOURNAL OF MODERN OPTICS: 68; 634-640
11
Afshin Moradi (2021) Dispersive electrostatic waves on a cold magnetized electron gas half-space PHYSICS OF PLASMAS: 28; 054501-...
12
Afshin Moradi (2021) Longitudinal quasi-electrostatic waves in hyperbolic metasurfaces PHYSICS LETTERS A: 391; 127103-...
13
Afshin Moradi (2021) Electrostatic waves in photonic hypercrystals PHYSICS LETTERS A: 387; 127008-...
14
Afshin Moradi (2020) Electrostatic Wave Propagation in 1-D Magnetized Plasma Periodic Structures IEEE TRANSACTIONS ON PLASMA SCIENCE: 48; 3776-3780
15
Afshin Moradi (2020) Electrostatic Dyakonov-like surface waves supported by metallic nanowire-based hyperbolic metamaterials JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS: 37; 2976-...
16
Afshin Moradi (2020) Surface and bulk plasmons in cylindrical electric-gyrotropic wires JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS: 37; 2947-...
17
Afshin Moradi (2020) Energy relations of plasma waves in planar two‐dimensional electron‐ion plasmas CONTRIBUTIONS TO PLASMA PHYSICS: 60; e202000031(1-7)
18
Afshin Moradi (2020) Optical properties of two-walled carbon nanotubes: quasi-static approximation European Physical Journal Plus: 135; 611 (1-14)
19
Afshin Moradi (2020) Reflection of Electrostatic Waves on Plane Interface Between Magnetized Plasma and Insulator IEEE TRANSACTIONS ON PLASMA SCIENCE: 48; 2687-2690
20
Afshin Moradi (2020) Electrostatic wave propagation in an array of metallic wires PHYSICS OF PLASMAS: 27; 064502-...
21
Afshin Moradi (2019) Plasmonic waves of graphene on a conducting substrate JOURNAL OF MODERN OPTICS: 3; 353-357
22
Afshin Moradi (2019) Propagation of electrostatic energy through a quantum plasma CONTRIBUTIONS TO PLASMA PHYSICS: 2; 173-180
23
Afshin Moradi (2018) Theory of Goos-Hänchen shift in graphene: Energy-flux method EPL: 120; 67002
24
Afshin Moradi (2018) Electromagnetic energy within an isolated C60 molecule OPTIK: 164; 100-104
25
Afshin Moradi (2018) Energy behaviour of extraordinary waves in magnetized quantum plasmas PHYSICS OF PLASMAS: 25; 052123
26
Afshin Moradi (2017) Theory of energy and power flow of plasmonic waves on single-walled carbon nanotubes JOURNAL OF APPLIED PHYSICS: 122; 133103
27
Afshin Moradi (2017) Energy density and energy flow of plasmonic waves in bilayer graphene OPTICS COMMUNICATIONS: 304; 135-138
28
Afshin Moradi (2017) Bohm potential and inequality of group and energy transport velocities of plasmonic waves on metal-insulator waveguides PHYSICS OF PLASMAS: 24;
29
Afshin Moradi (2017) Damping properties of plasmonic waves on graphene PHYSICS OF PLASMAS: 24;
30
Afshin Moradi (2017) Comment on “Effects of electron exchange-correlation potential on electrostatic oscillations in single-walled carbon nanotubes” JOURNAL OF APPLIED PHYSICS: 121;
31
Afshin Moradi (2017) Energy density and energy flow of surface waves in a strongly magnetized graphene JOURNAL OF APPLIED PHYSICS: 123;
32
Afshin Moradi (2017) Electrostatic Surface Waves on Semi-Bounded Quantum Electron-Hole Semiconductor Plasmas COMMUNICATIONS IN THEORETICAL PHYSICS: 67;
33
Afshin Moradi (2017) Energy density and energy flow of magnetoplasmonic waves on graphene SOLID STATE COMMUNICATIONS: 253;
34
Afshin Moradi (2016) Surface and bulk plasmons of electron-hole plasma in semiconductor nanowires PHYSICS OF PLASMAS: 23;
35
Afshin Moradi (2016) Collective excitations of spherical semiconductor nanoparticles PHYSICA SCRIPTA: 91;
36
Afshin Moradi (2016) Surface polaritons of a metal-insulator-metal curved slab SUPERLATTICES AND MICROSTRUCTURES: 97;
37
Afshin Moradi (2016) Low-frequency surface waves on semi-bounded magnetized quantum plasma PHYSICS OF PLASMAS: 23;
38
Afshin Moradi (2016) High-Frequency Waves in a Random Distribution of Metallic Nanoparticles in an External Magnetic Field zeitschrift fur Naturforsch section A: 71;
39
Afshin Moradi (2016) Comment on “Propagation of a TE surface mode in a relativistic electron beam–quantum plasma system” PHYSICS LETTERS A: 380;
40
Afshin Moradi (2016) Comment on “Surface electromagnetic wave equations in a warm magnetized quantum plasma” PHYSICS OF PLASMAS: 23;
41
Afshin Moradi (2016) Effective medium theory for a system of C60 molecules PHYSICS OF PLASMAS: 23;
42
Afshin Moradi (2016) Comment on “Propagation of surface waves on a semi-bounded quantum magnetized collisional plasma” PHYSICS OF PLASMAS: 23;
43
Afshin Moradi (2016) Quantum nonlocal polarizability of spherical metal nanoparticles INTERNATIONAL JOURNAL OF MODERN PHYSICS B: 30;
44
Afshin Moradi (2016) Electrostatic surface waves on a magnetized quantum plasma half-space PHYSICS OF PLASMAS: 23;
45
Afshin Moradi, Hamid Reza Zangeneh, Firoozeh Karimi Moghadam (2015) Effective permittivity of single-walled carbon nanotube composites: Two-fluid model PHYSICS OF PLASMAS: 22;
46
Afshin Moradi (2015) Dispersion Properties of High- and Low-Frequency Electrostatic Oscillations of Plasma Spheres: Application to the Metallic Nanoparticles COMMUNICATIONS IN THEORETICAL PHYSICS: 64;
47
Afshin Moradi (2015) Spatial nonlocality in the infrared absorption spectra of polar semiconductor nanospheres SEMICONDUCTOR SCIENCE AND TECHNOLOGY: 30;
48
Afshin Moradi (2015) Extinction properties of metallic nanowires: Quantum diffraction and retardation effects PHYSICS LETTERS A: 379;
49
Afshin Moradi (2015) Optical properties of random metal-dielectric nanocomposite films: nanoparticle size effects PHYSICA SCRIPTA: 90;
50
Afshin Moradi (2015) Quantum ion-acoustic wave oscillations on a quantum plasma half-space PHYSICA SCRIPTA: 90;
51
Afshin Moradi (2015) Infrared absorption spectra of a spatially dispersive polar semiconductor nanowire SOLID STATE COMMUNICATIONS: 212;
52
Afshin Moradi (2015) Quantum ion-acoustic wave oscillations in metallic nanowires PHYSICS OF PLASMAS: 22;
53
Afshin Moradi (2015) Maxwell-Garnett effective medium theory: Quantum nonlocal effects PHYSICS OF PLASMAS: 22;
54
Afshin Moradi (2015) Plasmon modes of metallic nanowires including quantum nonlocal effects PHYSICS OF PLASMAS: 22;
55
Afshin Moradi (2015) Quantum Nonlocal Polarizability of Metallic Nanowires Plasmonics: 10;
56
Afshin Moradi (2015) Plasmon modes of spherical nanoparticles the effects of quantum nonlocality SURFACE SCIENCE: 637;
57
Afshin Moradi (2015) quantum effects on propagation of bulk and surface waves in a thin quantum plasma film PHYSICS LETTERS A: 379;
58
Afshin Moradi (2015) Quantum nonlocal effects on optical properties of spherical nanoparticles PHYSICS OF PLASMAS: 22;
59
Afshin Moradi (2015) Plasmon Hybridization in a symmetry-broken metallic nanotube above a substrat Plasmonics: 10;
60
Afshin Moradi (2015) surface plasmon oscillations on a quantum plasma half-space PHYSICS OF PLASMAS: 22;
61
Afshin Moradi (2015) Plasmonic waves of random metal-dielectric nanocomposite films Photonics and Nanostructures-Fundamentals and Applications: 15;
62
Afshin Moradi (2014) Electromagnetic wave propagation in a random distribution of c60 molecules PHYSICS OF PLASMAS: 21;
63
Afshin Moradi (2014) Surface plasmon modes of a nanoegg above a substrate JOURNAL OF CHEMICAL PHYSICS: 141;
64
Afshin Moradi (2014) Multiple plasmon excitations of C60 dimers JOURNAL OF CHEMICAL PHYSICS: 141;
65
Afshin Moradi (2014) Extinction properties of an isolated c60 molecule SOLID STATE COMMUNICATIONS: 192;
66
Afshin Moradi (2014) Plasmonic modes and extinction properties of a random nanocomposite cylinder PHYSICS OF PLASMAS: 21;
67
Afshin Moradi (2010) Guided dispersion characteristics of metallic single-walled carbon nanotubes in the presence of dielectric media OPTICS COMMUNICATIONS: 283; 160-163
68
Afshin Moradi (2010) Dispersion properties of electrostatic sound wave modes in carbon nanotubes PHYSICS OF PLASMAS: 17; 014504
69
Afshin Moradi (2009) Dust ion-acoustic wave oscillations in single-walled carbon nanotubes PHYSICA E-LOW-DIMENSIONAL SYSTEMS & NANOSTRUCTURES: 42; 43-45
70
Afshin Moradi (2009) Microwave absorption of magnetized hydrogen plasma in carbon nanotubes PHYSICS OF PLASMAS: 16; 113501
71
Afshin Moradi (2009) Plasmon hybridization in metallic nanotubes with a nonconcentric core OPTICS COMMUNICATIONS: 282; 3368-3370
72
Afshin Moradi (2009) Quantum ion-acoustic wave oscillations in C60 molecule PHYSICA E-LOW-DIMENSIONAL SYSTEMS & NANOSTRUCTURES: 41; 1338-1339
73
Afshin Moradi (2009) Comment on: The single-wall carbon nanotube waveguides and excitation of their σ+π plasmons by an electron beam PHYSICS OF PLASMAS: 16; 054705
74
Afshin Moradi, Ali Reza Meidanchi (2009) Magnetostatic modes hybridization in left-handed cylindrical shells PHYSICA SCRIPTA: 79; 045801
75
Afshin Moradi (2008) Electron-ion quantum plasma excitations in single-walled carbon nanotubes JOURNAL OF PHYSICS-CONDENSED MATTER: 21; 045303
76
Afshin Moradi (2008) Plasmon hybridization in metallic nanotubes JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS: 69; 2936-2938
77
Afshin Moradi (2008) Electron–hole plasma excitations in single-walled carbon nanotubes PHYSICS LETTERS A: 372; 5614-5616
78
Afshin Moradi (2008) Plasma wave propagation in a pair of carbon nanotubes JETP LETTERS: 88; 795–798
79
Afshin Moradi, Heidar Khosravi (2007) Plasmon dispersion in metallic carbon nanotubes in the presence of low-frequency electromagnetic radiation PHYSICS LETTERS A: 371; 1-6
80
Afshin Moradi, Heidar Khosravi (2007) Collective excitations in single-walled carbon nanotubes Physical Review X: 76; 113411
81
Heidar Khosravi, Afshin Moradi (2007) Comment on: Electromagnetic wave propagation in single-wall carbon nanotubes PHYSICS LETTERS A: 364; 515-516
Conference articles
Projects
Research of this type not found!
Theses
Research of this type not found!
Books
1
Afshin Moradi (2023) Theory of Electrostatic Waves in Hyperbolic Metamaterials ISBN: 978-3-031-48595-4
2
Afshin Moradi (2020) Canonical Problems in the Theory of Plasmonics: From 3D to 2D Systems ISBN: ISSN 0342-4111
Innovations
Research of this type not found!
Speeches
Research of this type not found!

Students

  • الهام ابراهيمي
    Name: Elham Ebrahimi
    Degree: MSc.
    Field: Physics
    Thesis: Bulk and surface plasmon excitations in metallic nanowires
  • شروين فيروزفر
    Name: Shervin Firozfar
    Degree: MSc.
    Field: Physics
    Thesis: Surface polaritons in left-handed materials of different shapes and symmetries
  • فاطمه حبيبي
    Name: Fatemeh Habibi
    Degree: MSc.
    Field: Physics
    Thesis: Investigiation of optical properties of non-homogeneous hydrogen plasma thin film in the presence of carbon nanotubes
  • فيروزه كريمي مقدم
    Name: Firoozeh Karimi Moghadam
    Degree: PhD.
    Field: Physics-Photonics
    Thesis: Investigation of optical properties of single-walled carbon nanotube composites and C60 molecule composites
  • نرجس السادات نجفي اصفهاني
    Name: Narjes Sadat Najafi Esfahani
    Degree: MSc.
    Field: Physics-Photonics
    Thesis: Propagation of Electrostatic and Electromagnetic Energies in Quantum Plasmas
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—
Course of this type not found!

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Published book in 2020 Published book in 2023
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