Positions*
Research work
Performance
Performance
2023
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Abgaryan GV, Shestopalov YV. TE-Polarized Electromagnetic Wave Diffraction by a Circular Slotted Cylinder. Mathematics. 2023; 11(9):1991. https://doi.org/10.3390/math11091991
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G. Abgaryan, Y. Shestopalov and A. Shipilo, «Method of integral summation identities in the problem of a TE-polarized electromagnetic wave diffraction on a vertical barrier in an infinite waveguide,« 2023 International Conference on Electromagnetics in Advanced Applications (ICEAA), Venice, Italy, 2023, pp. 266-270, doi: 10.1109/ICEAA57318.2023.10297635.
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Abgaryan, G.V., Khaibullin, A.N. & Shipilo, A.E. Partial Areas Method in the Problem of Diffraction of an Electromagnetic Wave by a Longitudinal Partition in an Infinite Waveguide. Tech. Phys. (2023). https://doi.org/10.1134/S1063784223010012
2022
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Abgaryan G.V. Finite Element Method and Partial Area Method
in One Diffraction Problem // Lobachevskii Journal of Mathematics. - 2022. - Vol.43, No.5. - P. 1228-1235.
F_Abgaryan_2022_1.pdf
2021
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Pleshchinskii N., Abgaryan G., Vildanov B. On Resonant Effects in the Semi-Infinite Waveguides with Barriers // Lecture Notes in Computational Science and Engineering, -2021. -Vol. 141. - P. 391-401.
F_Abgaryan_2021_2.pdf -
Abgaryan G.V. Electromagnetic Wave Diffraction on a Metal Diaphragm of Finite Thickness // Lobachevskii Journal of Mathematics. - 2021. - Vol.42, No.6. - P. 1327-1333.
2020
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Abgaryan G.V. On the Resonant Passage of Electromagnetic Wave through Waveguide with Diaphragms // Lobachevskii Journal of Mathematics. - 2020. - Vol.41, No.7. - P. 1315-1319
Abgaryan_2020_1.pdf -
Abgaryan G.V., Pleshchinskii N.B. On Resonant Frequencies in the Diffraction Problems of Electromagnetic Waves by the Diaphragm in a Semi-Infinite Waveguide // Lobachevskii Journal of Mathematics. - 2020. - Vol.41, No.7. - P. 1325-1336.
F_Abgaryan_2020_2.pdf
2019
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Abgaryan G.V, Pleshchinskii N.B., On the Eigen Frequencies of Rectangular Resonator with a Hole in the Wall//Lobachevskii Journal of Mathematics. - 2019. - Vol.40, Is.10. - P.1631-1639.
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Abgaryan Garnik, Tumakov Dmitrii, Dependence of impedance matching on lacunarity for koch-type wire antennas//RELIGACION-REVISTA DE CIENCIAS SOCIALES Y HUMANIDADES. - 2019. - Vol.4, Is.16. - P.562-571.
2018
- Abgaryan Garnik, Tumakov Dmitrii, Relationship between lacunarity and bandwidth of a koch-type wire antenna//AMAZONIA INVESTIGA. - 2018. - Vol.7, Is.15. - P.88-98.
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Abgaryan G, Tumakov D., Designing a Koch-Type Wire Antenna by Regression Analysis//Proceedings of 2018 IEEE East-West Design and Test Symposium, EWDTS 2018. - 2018. -504-507. - Art. № 8524666.
2017
- Abgaryan G. V., Tumakov D. N., RELATION BETWEEN BASE FREQUENCY OF THE KOCH-TYPE WIRE DIPOLE, FRACTAL DIMENSIONALITY AND LACUNARITY//JOURNAL OF FUNDAMENTAL AND APPLIED SCIENCES. - 2017. - Vol.9, Is.. - P.1885-1898.
- Abgaryan G. V., Tumakov D. N. Relation between base frequency of the Koch-type wire dipole, fractal dimensionality and lacunarity // Journal of Fundamental and Applied Sciences. - 2017. - Vol. 9, No. 1S. - P. 1885-1898.
- Abgaryan Garnik, Markina Angelina, Tumakov Dmitrii, Application of Correlation and Regression Analysis to Designing Antennas // REVISTA PUBLICANDO. – 2017. – Vol. 4, Is. 13. – P. PR1 – PR13.
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Tumakov D.N., Abgaryan G.V., Chickrin D.E., Kokunin P.A. Modeling of the Koch-type wire dipole // Applied Mathematical Modelling. – 2017. – Vol. 51. – P. 341-360.
2016
Events
2018
Taught disciplines
| Discipline | Curriculum | Authors | File |
| Информационные технологии | 43.03.02 Tourism, Bachelor's Degree (International Tourism) 2018 y. |
Абгарян Г.В. |
 |
| Научные вычисления | 01.03.04 Applied Mathematics, Bachelor's Degree (Прикладная математика) 2020 y. |
Абгарян Г.В. |
|
| Научные вычисления | 01.03.04 Applied Mathematics, Bachelor's Degree (Прикладная математика) 2021 y. |
Бахтиева Л.У. Абгарян Г.В. |
|
| Научные вычисления | 01.03.04 Applied Mathematics, Bachelor's Degree (Прикладная математика) 2022 y. |
Бахтиева Л.У. Абгарян Г.В. |
|
| Фрактальные структуры | 01.04.04 Applied Mathematics, Master's Degree (Computional geometry and high-performance computing) 2023 y. |
Абгарян Г.В. |
|
| Фрактальные структуры | 01.04.04 Applied Mathematics, Master's Degree (Computional geometry and high-performance computing) 2022 y. |
Абгарян Г.В. |
|
| Фрактальные структуры | 01.04.04 Applied Mathematics, Master's Degree (Computional geometry and high-performance computing) 2019 y. |
Абгарян Г.В. |
|
| Фрактальные структуры | 01.04.04 Applied Mathematics, Master's Degree (Computional geometry and high-performance computing) 2021 y. |
Абгарян Г.В. |
|
| Фрактальные структуры | 01.04.04 Applied Mathematics, Master's Degree (Computional geometry and high-performance computing) 2020 y. |
Абгарян Г.В. |
|