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| | Доктор физико-математических наук по специальности "Физика конденсированного состояния". Занимает должность профессора в РАУ. | | Доктор физико-математических наук по специальности "Физика конденсированного состояния". Занимает должность профессора в РАУ. |
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| − | ==Научные работы== | + | ==[[Научные работы|Научные работы]]== |
| − | *V.A.Harutyunyan, E.M.Kazaryan, H.A.Sarkisyan, Optical absorption in a narrow-gap InSb cylindrical layered nanowire in the presence of strong electrostatic field, Journal of Contemporary Physics (Armenien Academy of Sciences), v.46, No.6, pp. 285-292, 2011. (Russian version: Izvestiya NAN Armenii, v. .46, No.6, pp. 440 - 450, 2011)
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| − | *V.A.Harutyunyan, Semiconductor nanotube in strong electrostatic field, Journal of Applied Physics, v.109, No 1, pp.014325-1 - 014325-8, 2011
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| − | *V.A.Harutyunyan,G.H.Demirian. N.H.Gasparyan, Semiconductor nanotube in strong radial electrostatic field: spectrum of carriers and interband transitions, Physica E: Low – dimensional systems and nanostructures, v.42, No2, pp.614 - 619, 2010
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| − | *V.A.Harutyunyan, Semiconductor nanocylindrical layer in a strong electric field:spectrum of carriers and intraband transitions Physics of the Solid State, v.52, No.8, pp. 1744 -1749, 2010 (Russian version:Fizika Tverdogo Tela, v.52, No.8,pp.1621-1626, 2010)
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| − | *V.A.Harutyunyan, Semiconductor nanocylindrical heterolayer in a radial electrostatic field: electronic spectrum and optical properties, Applied Surface Science, v.256, No. 2, pp. 455 - 459, 2009
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| − | *V.A.Harutyunyan, Cylindrical nanolayer in the strong uniform electrical field: the localization of carriers and electrooptical transitions, Physica E: Low – dimensional systems and nanostructures, v.41, No2, pp.695 -700, 2009
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| − | *V.A.Harutyunyan, S.L.Harutyunyan, G.H.Demirian, N.H.Gasparyan, Optical absorption in a semiconductor cylindrical nanolayer, Journal of Contemporary Physics (Armenien Academy of Sciences),v.43, No.5, pp. 218 -225, 2008 (Russian version: Izvestya NAN Armenii, v. .43, No.5, pp. 336 -347, 2008)
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| − | *V.A.Harutyunyan, Optical transitions in semiconductor nanospherical layer under thepresence of perturbating electrical field, Physica E: Low – dimensional systems and nanostructures, v.39, No1, pp.37- 49, 2007
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| − | *V.A.Harutyunyan, E.M.Kazaryan, A.A.Kostanyan, H.A.Sarkisyan, Interband transitions in cylindrical layer quantum dot: influence of magnetic and electrical field, Physica E: Low – dimensional systems and nanostructures, v.36, pp. 114 - 118, 2007
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| − | *V.A.Harutyunyan, H.Sh.Petrosyan, Influence of homogeneous electric field on the exciton states in a quantized wire, Proceedings of National Academy of Sciences of Armenia, Physics ( in Russian:Izvestiya NAN Armenii), v.40, No.2, pp.125 - 130, 2005
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| − | *V.A.Arutyunyan, S.L.Arutyunyan, G.O.Demirchyan,G.Sh.Petrosyan, Optical transitions in a quantized cylindrical layerin the presence of a homogeneous electric field, Semiconductors, v.39, No.7 ,pp. 805 - 810, 2005 (Russian version: Fizika i Tekhnika Poluprovodnikov, v.39, No.7, pp.839 - 843, 2005)
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| − | *V.A.Harutyunyan, K.S.Aramyan, H.Sh.Petrosyan, Innerband optical transitions in a semiconductor nanospherical layer, Proceedings of National Academy of Sciences of Armenia, Physics ( in Russian:Izvestiya NAN Armenii), v.39, No.3, pp.166 -172, 2004)
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| − | *V.A.Harutyunyan, K.S.Aramyan, H.Sh.Petrosyan, G.H.Demirjian, Optical transitions in spherical quantized layer under the presence of radial electrical field, Physica E: Low – dimensional systems and nanostructures, v.24, No3 - 4, pp.173 - 177, 2004
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| − | *V.A.Haroutyunian, Interband optical absorption in asmall-radius quantized spherical film, Thin Solid Films, v.446, pp.258 - 263, 2004
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| − | *V.A.Harutyunyan, K.S.Aramyan, H.Sh.Petrosyan , Confinement Stark effect and electroabsorption in semiconductor cylindrical layer, Physica E: Low – dimensional systems and nanostructures, v.21, No3 - 4, pp.111-116, 2004
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| − | *V.A.Arutyunyan, K.S.Aramyan, H.Sh.Petrosyan, Quantum confinement Stark effect and electroabsorption in semiconductor spherical layers, Semiconductors, v.38, No.4, pp. 335 - 339, 2004 (Russian version: Fizika i Tekhnika Poluprovodnikov, v.39, No.7, pp.349 - 353, 2004)
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| − | *V.A.Arutyunyan, Quantum-confined Stark effect and intraband transitions in a semiconductor spherical layer, Physics of the Solid State, v.45, No.7, pp. 1342 - 1346, 2003 (Russian version:Fizika Tverdogo Tela, v.45, No.7, pp.1280 - 1283, 2003)
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| − | *V.A.Haroutyunian, H.G.Sultanian, Quantum-size stark effect in a semiconductor cylindrical layer, Proceedings of National Academy of Sciences of Armenia, Physics ( in Russian:Izvestiya NAN Armenii), v.38, No.1, pp.36 - 42, 2003)
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| − | *V.A.Haroutyunian, H.G.Sultanian, Quantum-size stark effect in a semiconductor spherical layer, Proceedings of National Academy of Sciences of Armenia, Physics ( in Russian:Izvestiya NAN Armenii), v.37, No.4, pp.237 - 243, 2002)
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| − | *V.A.Arutyunyan, Effect of a radial electric field on absorption in a quantized spherical layer, Semiconductors, v.36, No.4, pp. 379 - 381, 2002 (Russian version: Fizika i Tekhnika Poluprovodnikov, v.36, No.4, pp.401 - 403, 2002)
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| − | *В.А.Арутюнян, Электрооптические переходы в полупроводниковом наноцилиндрическом слое, Физика Твердого Тела, 54, No.5. 1028-1034 (2012)
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| − | *V. A. Harutyunyan, V.A. Gasparyan, Effect of radial electrostatic field on optical absorption in semiconductor tubular heterolayer, Journal of Physics: Conference Series v.350, pp. 012019-1-012019-7, 2012
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| − | *V.A. Harutyunyan, Nanospherical heterolayer in strong electrostatic field, Journal of Applied Nanoscience, v.2, N3, p.p.339-344, 2012; DOI 10.1007/s13204- 012-0087-7
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| − | *V. A.Harutyunyan, V.A.Gasparyan, Analytical Consideration Of Quantum-Confined Stark-Effect and Interband Optical Transitions in Semiconductor Quantum Well, Micro and Nanosystems, V. 5, Iss 1, pp.61-69, 2013, ISSN: 1876-4029
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| − | *В.А. Арутюнян, В.А.Гаспарян, Э.М. Казарян, А.А.Саркисян, Электронные и дырочные состояния в узкозонной полупроводниковой пленке InSb в присуствии однородного электростатического поля, Изв. НАН РА, серия ФИЗИКА т.48, N4, c. 251-265, 2013
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| − | *V. A. Harutyunyan, V.A. Gasparyan, Interband electrooptical transitions in InSb quantum well, Physica E (2013), http://dx.doi.org/10.1016/j.physe.2013.04.008
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| − | ===Международные конференции=== | + | ===[[Международные конференции|Международные конференции]]=== |
| − | *В. А. Арутюнян, Электронные состояния в наносферическом пленочном слое при наличии кулоновского примесного центра Материалы Международной конференции «Тонкие пленки и наноструктуры», ч. I, с.69-71, Москва, 2004
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| − | *В. А. Арутюнян, Оптические переходы в наносферическом пленочном слое при наличии кулоновского примесного центра, Материалы Международной конференции «Тонкие пленки и наноструктуры», ч. I, c. 88-90, Москва, 2004
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| − | *V.A. Harutyunyan, Electronic states in nanoradial cylindrical layer with quantum well of finite depth Reviews and Short Notes to Nanomeeting-2005, p.216-218, Minsk, 2005
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| − | *V.A.Harutyunyan, Optical properties of CdS/HgS/CdS nanospherical direct band semicondoctor layer, Proceedings of the International Conferen-ce «Electronoc and Photonic Materials, Devices and Systems», p.D7-D9, Calcutta, India, 2006
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| − | *V.A.Harutyunyan, Optical Transitions in Cylindrical Nanolayer in the Presence of Radial Electric field Proceedings of the XXVI International Conference«Solid State Physics and Material Science», p.72-73, Alexandria, Egypt, 2006
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| − | *V.A. Harutyunyan, Intersubband optical Transitions in Cylindrical Nanolayer in the Presence of Radial Electric field Proceedings of Ninth International Conference On Intersubband Transitions in Quantum Wells, p.22-23, Cumbria, Ambleside UK, 2007
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| − | *В.А.Арутюнян, Экситонные состояния в полупроводниковой нанотрубке при наличии сильного электрического поля Труды XII Международной конференции “Опто- и наноэлектроника, нанотехнологии и микросистемы”, с.69-70,Ульяновск, 2010
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| − | *V.A.Harutyunyan, Electrooptical properties of spherical symmetric nanocrystalline layer in the presence of radial electric field Bulleten of APS v.48, N1, part I, p.504, Austin TX, USA, March -2003
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| − | *V.A.Harutyunyan,The influence of uniform electrical field on the optical properties of size-quantized cylindrical semicondoctor layer, Symposium «Nano and Giga challenges in Microelectronics»,p.114, Cracow, Poland, 2004
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| − | *V.A.Harutyunyan, Optical transitions in spherical nanocrystalline layer in the presence of homogeneous electrical field Bulleten of APS March Meeting 2005, Abstract, NK1.0009, Los-Angeles, CA, USA 2005
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| − | *V.A.Harutyunyan, Optical transitions in semiconductor nanotube under strong electrostatic field Proceedings of Ninth International Conference on the Science and Application of Nanotubes NT-08, p.378, Montpelier, France, 2008
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| − | *V.A.Harutyunyan, Semiconductor nanocylindrical heterolayer in a radial electrostatic field: the electronic spectrum and optical properties Proceedings of 2-nd International Conference of Surface and Interfaces, p.97, Puri, India, 2009
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| − | *V.A.Harutyunyan, Semiconductor quantum ring instrong lateral electrostatic field Conference on Theoretical Physics 2011, Moscow, Russia, 20-23 of june, Book of Abstracts, p.22
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| − | *V.A.Harutyunyan, Nanospherical heterolayer in strong electrostatic field 2nd International Conference on ‘Advanced Nanomaterials and Nanotechnology (ICANN-2011)’ 8-10 Dec. 2011, Guwahati, India, Book of Abstracts, p.75
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| − | *V.A.Harutyunyan, V,A. Gasparyan, Analytical consederation of quantum-confined stark-effect and intersubband optical transitions in semiconductor quntum well, Proceedings of 2-nd International Conference of Theoretical Physics and its Applications, Moscow, Russia (2012), pp. 47-56
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| | ==Общественная и публицистическая деятельность== | | ==Общественная и публицистическая деятельность== |
Доктор физико-математических наук по специальности "Физика конденсированного состояния". Занимает должность профессора в РАУ.
На протяжении ряда лет проявлял интерес к историко-архитектурному наследию на территории Нагорного Карабаха, а в период военного противостояния в данном регионе проявил активное участие в оборонных мероприятиях.
.JPG)
