Mileta M. Arakelyan
Biography
Education
1968: Graduated from department of Physics, Yerevan State University
1979: Ph.D (Candidate of Phys.Math.Sciences) Institute of Radiophisics, Ashtarak,Armenia
2004: academic status of reader

Title
2000 Reader of Status Solidi Physics Chair, Yerevan State University

Employment
1975 - 1978: Post graduate
1978 - 1991: Junior Scientific Researcher, Senior Scientific Researcher of YSU
1991 - 1993: demonstrator of Status Solidi Physics Chair
1993: Reader of Status Solidi Physics Chair

Specialisation main field
Solid-state physics

Other field
Nonlinear physics

Current research
The topological solitons physics

Student teaching
Atomic Physics. Practical works.(For 3-th year student of Department of Physics). Nanophysics. (For 4-th year student of Department of Physics)

Current research activity
The theoretical study of the evolution of solitons arising, character of their movement in dissipative mediums. The simulation of these processes

Major fields of training and research experience
  • Atomic Physics
  • The simulation of the solid state physic problem
  • Modern problems of Natural Science
  • Theoretical investigations of non-linear ultrasound absorption, phonons spectrum, bound states of electrons and
  • optical phonons under conditions of one-dimensional quantizing

    Teaching experience
    “The theory of elasticity” course for magistrates student in solid-state physics chair, “Atomic Physics” , tasks solution, laboratory works for 3-th year student of Department of Physics, Solid-state physics, tasks solution, laboratory works for 4-th year student of Department of Physics, “The simulation of the solid state physic problem” course for magistrates student in solid-state physics chair, “Nanophysics” course for 4-th year student of Department of Physics
  • Mileta M. Arakelyan

     
     

    Book

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    Պինդ մարմնի ֆիզիկա | Լաբորատոր աշխատանքներ, ԵՊՀ, Երևան, 2006թ., 102 էջ
     

    Article

    M. M. Arakelyan

    Characteristic properties the motion of dislocations during the deformation of single crystals | Materials Science. Non-equilibrium Phase Transformations. 2017, Year III, issue I, pp. 26-29 |

    Nazaryan E. A., Arakelyan M. M., Simonyan A. S.

    Analysis of the deep drawing process of box-shared parts | International Journal for Science, technique and innovations for the Industry (Machines, Technologies, Materials). 2016, issue 4, 44-45 pp.

    Nazaryan E. A., Arakelyan M. M., Simonyan A. S.

    Investigation of the parameters of the quality at an axisymetric drawing | International Journal for Science, technique and innovations for the Industry (Machines, Technologies, Materials). 2016, issue 1, 11-14 pp. |

    Э. А. Назарян, М. М. Аракелян, А. С. Симонян

    Анализ процесса вытяжки коробчатых деталей | Заготовительные производства в машиностроении. 2016, 3, стр. 18-21 |

    Э. А. Назарян, М. М. Аракелян, А. С. Симонян

    Аналитическая модель процесса неосесимметричной вытяжки | Заготовительные производства в машиностроении. 2016, 8, стр. 10-13 |
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    Thesis

    E. A. Nazaryan, M. M. Arakelyan

    Deep-drawing of containers for crystal growth from sheet molybdenum | X1 National Conference on Crystal Growth. NCCG-2004, p.348, Moscow, 2004

    Առաքելյան Մ. , Ղուկասյան Գ., Պետրոսյան Ա.

    Звуковые солитоны в размерно-квантованном полупроводнике | Тезисы 51 годичной научной конференции профессорско-препод. состава, аспирантов, соискателей и научных работников, 2001

    Առաքելյան Մ. , Ղուկասյան Գ., Պետրոսյան Ա.

    Численное компьютерное моделирование возникновения солитонов и закономерности их движения | Тезисы 51 годичной научной конференции профессорско-препод. состава, аспирантов, соискателей и научных работников, 2001

    M. M. Arakelyan, G. M. Ghukasian, T. G. Dovlatian

    Soliton-like solutions in a semiconducting dispersive medium and simulation of their evolution | Proceeding of national academy of sciences of Armenia. Physics.v.36, N4, p.195, 2001

    M. M. Arakelyan, G. M. Ghukasian

    Development of solitons in two dimensional quantifield semiconductor | Semiconductor microelectronics. Proceedings of the third national conference, Sevan, p.103,2001