All rights are reserved to Arak University.
All rights are reserved to Arak University.
Arak University
Faculty of Sciences
About Mathematic in Arak University
Department of Mathematics of Arak University ................................................................................
Areas of Expertise
Research Interests
Quantum many-body physics
Effective field theories for few and many-body systems
Quantum chromodynamics and low energy applications
Few body bound and scattering systems
Nuclear Structure and interaction
Radiative capture phenomena
Many-body application in Quantum electronics
Education
PhD. (Physics) Tehran University, 1384
M.Sc (Physics) Tehran University 1377
B.Sc  (Physics), Tehran University, 1374
Biography
Awards
Affiliations

Grants and Contracts Awarded
Publications & Presentations
1. $Nd\to{^3H}\gamma$ with Effective Field Theory  Nuclear Physics A
2. Low-Energy Direct Capture in the ${^{12}}$C($\alpha$,$\gamma$)${^{16}}$O Reaction Chinese Physics Letters
3. Application of EFT at thermal energies Few Body System
4. Calculation of $\eta'$ Decay Modes by Chiral Perturbation Theory International Journal of Theoretical Physics
5. Capacitive MEMS accelerometer wide range modeling using artificial neural network Journal of Applied Research and Technology
6. Characterization and Optical Absorption Properties of Plasmonic Nanostructured Thin Films Armenian Journal of Physics
7. CHARACTERIZATION OF ANNEALED NI/CU MULTILAYERS ON SI(100) Armenian Journal of Physics
8. Deposition of MgF2 and TiO2 Multilayer for Ar+Laser Front Mirror J. Sci. I. A. U (JSIAU)
9. Domains and Effective Anisotropy in Ferromagnetic Metallic-Semiconductor Nanostructure J. Sci. I. A. U (JSIAU)
10. EFFECTIVE ANISOTROPY OF FE/SI THIN FILMS AND ITS NANOSTRUCTURE  Armenian Journal of Physics
11. Effective Dielectric Constant Metal Chalcogenides Ag-PbSe Nanocomposite Armenian Journal of Physics
12. Effective Dielectric Properties of Au-ZnS and Au-ZnO Plasmonics Nanocomposites in the Terahertz Regime  Chinese Physics Letters
13. Effective field theory calculation of nd radiative capture at thermal energies  Physics Letter B
14. Effective Field Theory Calculation of Two-Deuteron Radiative Capture Reaction at Astrophysical Energies Astrophysics and Space Science
15. Effective Permitivitty and Refractive Index of TiO$_2$/Ge and SiO$_2$/Ge Nano-structures at High Frequencies Journal of Electronic Materials
16. Effective Permittivity of Metal-Dielectric Plasmonics Nanostructures Plasmonics
17. Fore-aft asymmetry of the $^2H(n,\gamma)^3H$ at very low-energies Chinese Physics C
18. Growth, Characterization and High Temperature XRD of NaClxBr1-x Single Crystals Materials Science : An Indian Journal
19. High Temperature X-ray Diffraction and Fuzzy Modeling of Ni/Cu Multilayers Journal of Material Science and engineering
20. Isospin-Violating Effect in d(n,$\gamma$)$^3$H Process at Energies Relevant For Big-Bang Nucleosynthesis Research in Astronomy and Astrophysics
21. Magnetic Properties of FeMetalFe Trilayer Films AIP Conf. Proc.
22. Metamaterial Composed of Coated Nano-Spheres at Infrared Frequencies The European Physical Journal Plus
23. Nano-Magnetic Structures Characterization of Fe Thin Films on Si Substrate International Review of PHYSICS
24. Nanocrystalline Fe Thin Films on Si (100) Substrate Middle-East Journal of Scientific Research
25. NANOSTRUTURAL ANALYSIS AND SIMULATION Armenian Journal of Physics
26. Neutron-Deuteron System and Photon Polarization Parameter at Thermal Neutron Energies  Physical Review C
27. Photon Linear Polarization Coefficient of the Radiative Capture Process Chinese Physics Letters
28. Plasmonic Nanostructured Electromagnetic Materials CHIN. PHYS. LETT.
29. Precision calculation for nucleon capture by deuteron with Effective Field Theory AIP Conf.Proc
30. Reduced Transition Probabilities for $^4$He Radiative Capture Reactions at Astrophysical Energies Research in Astronomy and Astrophysics
31. S-Factor of the ${^3}$H($\alpha$,$\gamma$)${^7}$Li Reaction at Astrophysical Energies Chin.Phys.Lett
32. Structure of A = 11 double-¤ hypernuclei studied with three-body forces Chinese Physics C
33. Study of the 3He(?,?)7Be and 3H(?,?)7Li Reactions at Astrophysical Energies  Journal of the Korean Physical Society
34. SubWavelength Refractive Index in Metamaterials AIP Conf. Proc.
35. Surface Characterization of (Fe, Cu)/Si(100) Thin Films Journal of Scientific Conference Proceedings
36. Surface Plasmons and Optical Properties of TiO2/X(X= Au and Ag) Nanostructure Thin Films  Chinese Physics Letters
37. Terahertz Response of ZnS/Ge and ZnO/Ge Nano-structured Composites Plasmonics
38. The Astrophysical S-factor For the $^{2}$H($\alpha$,$\gamma$)$^{6}$Li Nuclear Reaction at Low-Energies Journal of Astrophysics and Astronomy
39. The Astrophysical S-factor of ${^4}$He(${^3}$He,$\gamma$)${^7}$Be Reaction at Very Low-Energies Astrophysics and Space Science
40. The Astrophysical S-factor of the $^{12}$C($\alpha$,$\gamma$)$^{16}$O Reaction at Solar Energies Chin. Phys. C
41. The astrophysical S-factor of the d(p;\gamma)3He process by effective field theory Chinese Physics C
42. The Asymptotic D-state to S-state Ratio of the Triton Pramana
43. The Hadronic Decay Ratios of ??
? 5? at NLO in ?PT Electronic Journal of Theoretical Physics
44. The Photon Polarization Parameter of $^2H(n,\gamma)^3H$ reaction with Inclusion of the Electric Quadrupole Contribution  Chin. Phys. Lett
45. Three-Body Calculation of Be Double-Lambda hypernuclei Pramana
46. Three-body calculation of the ${^4}$He(${^3}$H,$\gamma$)${^7}$Li and ${^4}$He(${^3}$He,$\gamma$)${^7}$Be reactions and structure of the ${^7}$Li and ${^7}$Be at solar energies  Chinese Physics Letters
47. Three-body Calculation of Total Cross Sections of the $pd\rightarrow {^3He}\eta$ Reaction From Chiral Dynamics International Journal of Theoretical Physics
48. TRITON BREAKUP AND FORMATION AT VERY LOW-ENERGIES International Journal of Modern Physics E
49. Triton Electric Form Factor at Low-Energies Progress of Theoretical Physics
50. Triton photodisintegration with Effective Field Theory Few-Body Systems
51. Two-Helium Radiative Capture Process and The $^8$Be Nucleus at Settler Energies Astrophysics and Space Science
52. Terahertz Dielectric Properties of (ZnS and ZnO)/Si Nano-Structures Optik: International Journal for Light and Electron Optics
53. Optical Properties of ZnS/Ag/ZnS Transparent Conductive Sandwich Structures Investigated by Spectroscopic Ellipsometry Journal of Materials Science: Materials in Electronics
54. Capture of Proton by Deuteron Proceeding of Physics Conference
55. Nd Radiative Capture at Zero Energy in Effective Field Theory 18th International IUPAP Conference on Few-Body Problems in Physics
56. A Solvable Quantum Three-Body Problem in One Dimension 18th International IUPAP Conference on Few-Body Problems in Physics
57. Perecition calculation of process (Neutron+Deuteron To Triton +Gamma) 19th European few body conference
58. Application of EFT at thermal energies 20th European Conference on Few-Body Problems in Physics(2007)
59. Proton-Deutron radiative Capture with Effective Field theory 20th European Conference on Few-Body Problems in Physics(2007)
60. From Fundamental Theory (QCD) to Nuclear Physics 5th Conference on Nuclear and Particle Physics
61. Nonlinear Modeling of a Capacitive MEMS Accelerometer Using Neural Network EMERGING MECHANICAL TECHNOLOGY Macro to Nano conference
62. Structural and Magnetic Properties.... International conference on Nano Science and Nano technology" ICNT(2008)
63. Magnetic Multilayers and Spin……. International conference on Nano Science and Nano technology" INT(2007)
64. Resonant nano-particles spheres as … International conference on Nano Science and Nano technology" INT(2007)
65. Formulation of Nano-Structures and Nano-Systems in Effective Field Theory International Conference on Nanoscience and Technology ICN&T 2006
66. Theoretical Study of Friction at the Nano-Scale International Conference on Nanoscience and Technology ICN&T 2006
67. Critical Relations in Nano-Constrictions International Conference on Nanoscience and Technology ICN&T 2006
68. Domain Walls in Ferromagnetic Metallic-Semiconductors International Nanomaterials and Nanotechnology conference
69. Nanocrystalline Fe Thin Films on Si(100) Substrate International Nanomaterials and Nanotechnology conference
70. Perecition calculation of process (Neutron+Deuteron To Triton +Gamma) International Nuclear Physics
71. Application of Effective Field Theory at thermal energies International Symposium on New Facet of Three Nucleon Force - 50 years of Fujita-MiyazawaThree Nucleon Force -(FM50)
72. Surface characterization of metal-semiconductor nanostructures Nano Ostrava 2008
73. nano-circuits composed of resonant nano particle spheres Nano Tech insight
74. Process of (Proton + Deuteron to Helium + Gamma) with Effective Field Nuclear and particle physics conference NUPPAC’ 03
75. From Fundamental Theory(QCD) to Nuclear Physics Nuclear and particle physics(nuppac(2005))
76. Process (Neutron+Deuteron To Triton +Gamma) with Effective Field Proceeding of 10th Gathering of the Iranian Nuclear Physicists and
77. Three Body Physics With Effective field theory Proceeding of 10th Gathering of the Iranian Nuclear Physicists and
78. Nuclear physics With Effective Field Theory Proceeding of 9th Gathering of the Iranian Nuclear Physicists and
79. Process (Neutron+Deuteron To Triton +Gamma) with Effective Field Proceeding of 9th Gathering of the Iranian Nuclear Physicists and
80. N-d to \gamma at Zero Energy in Effective Field Theory The IVth International Conference on Quarks and Nuclear Physics
 
Hossein Sadeghi
Faculty of Sciences
Department of Physics
Contact Information
Email: H-sadeghi@araku.ac.ir
Phone: +98(86)34173400
Fax: +98(86)34173406