Vacuum Technology and Welding Group (240/4) Employees
Vardan Avagyan Date of Birth 13-09-1955, Altai Republic Russian Federation Address: Yerevan, Halabyan 22A/29 Tel.: 35 47 46 (home), 62-98-06 (office), 091 425073 (mob.) E-mail: avagyan@welding.am Citizenship: RA Education and training 1980-Graduated from the Faculty of Mechanical Engineering of Yerevan Engineering University, Yerevan, Armenia, 1982 – Graduated from Special Faculty of Moscow Tsiolkovsky Avia-Technological Institute, Moscow, Russia, 1986-1990 – Post-graduate student at Institute of Electrowelding after E. O. Paton, Kiev, Ukraine. Scientific Degree, scientific title, titles Ph.D. 1994 Doctor of Sciences- 2010 Professional fields Metal technology and welding, vacuum technology, cryogenic technology, accelerator technology Work Experience 1975- Laboratory Assistant, Low Temperature Laboratory, Yerevan Physics Institute (YerPhI), Yerevan, Armenia, 1982 – Developed cryogenic techniques at YerPhI, 1984 – Group leader, Accelerator division, YerPhI. Main subject of investigations: vacuum technology and vacuum welding, 1987 – Group leader of “Vacuum welding of accelerator technology” 2000 – Guest scientist at DESY, Hamburg, Germany. The development of the vacuum brazing technology for titan-niobium connections in TESLA super-conducting cavities. 2000-2001- Design study of 3 GeV third generation intermediate energy light source CANDLE in Armenia. Leading engineer. 2001- Deputy Director, Leading Scientist – Coordinator of Vacuum System group, Center for the Advancement of Natural Discoveries using Light Emission (CANDLE), Yerevan, Armenia. 2005- Lecturer, Chair of construction structures, Yerevan State University of Architecture and Construction 1999-President of LLC “Welding Institute” Participation at draft, scientific-research and other treating activities 1994-1998 – Collaborations YerPhI-CERN (Switzerland) and YerPhI -CEBAF (USA). Development of the diffusion welding technology for the construction of the mu-metal magnetic shield. – Collaboration YerPhI-DESY (Germany). Development of the diffusion welding technology of the copper-aluminum connection for the special power supply components. – TESLA project, DESY (Germany). Research and development of the diffusion welding technology for Connection of the titanium and stainless steel tubes. Published works Author of 62 publications and 8 patents. Languages Armenian, Russian, English Computer skills MS Word, Excel...
Read MoreSolid State Radiation Physics (240/3) Group Employees
Vachagan Harutyunyan Download Docx CV (Arm, Rus, Eng) Main Interests – Solid state physics – Use of synchrotron radiation – Radiation effects – Optics and Luminescence Hrant Yeritsian Main Interests: – Solid state physics – Use of synchrotron radiation – Radiation effects – Semiconductor Physics – Radioactive water treatment Memberships: Russian Nuclear Society, International Zeolite association, Armenian Physics Society Aram Sahakyan Main Interests – Solid state physics – Use of synchrotron radiation – Radiation effects – Semiconductor Physics Sergey Nickogosyan Main Interests – Solid state physics – Use of synchrotron radiation – Superconductors – Semiconductor Physics Eleonora Hakhverdyan – Solid state physics – Use of synchrotron radiation – Optics – Semiconductor...
Read MoreAccelerator Diagnostics Methods Development Group (240/2) Employees
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Read MoreRadiation Biophysics Group (240/1) Employees
The laboratory is actually divided on two research groups. The main staff (the leading sci. res., N.Simonyan – Ph.D., senior sci.res., N.Mkrtchyan – jun.sci.res., A.Ovakimyan – the engineer, G.Unanjan – the mechanic) carried out the research works in the field of radiation biology, preparative and applied biochemistry, the general and applied microbiology, radiation ecology. The separate group investigates the mechanical properties of macromolecules and biopolimers (S.Gevorgyan – jun.sci.res., S.Kherolyants – the engineer).Head of the group – Garnik Khachatryan, Ph.D.https://www.linkedin.com/pub/garnik-khachatryan/60/913/ab...
Read MoreVacuum Technology and Welding Group (240/4) Publications
V. Vardanyan, V. Sh. Avagyan, “Comparing Of Metal-Ceramic Bonding Methods For Ultra High Vacuum”, Issn 1829-0043, Proceedings Of Engineering Academy Of Armenia (PEAA). 2015, V.12,N.1, Yerevan ,Gevorgyan A., Vardanyan V., Mkrtchyan T., Konushkov V., ‘’ Investigation the titanium to steel microstructure zone’’, Welding and Diagnostics N1-2014 (Януарий-February), P 22-26, УДК 621.791.052:620.17, Moscow. Konushkov, V. Avagyan, ‘’ Special methods of melting welding in electronics’’, Educational material for bachelors, Dashkov and K, code – 27091, ISBN: 978-5-394-02384-2. 2014. Gevorgyan, V. Avagyan, V. Vardanyan, T. Mkrtchyan, et al., “An UHV Vacuum System for AREAL Linear Accelerator”Proceedings of IVESC-ICEE-2014, Saint-Petersburg, Russia, June 30-July04, 2014, ISBN 978-1-4799-5770-5, p 87-89 Avagyan, V. Danielyan, A. Gevorgyan, V. Vardanyan, T. Mkrtchyan, et al., “Vacuum Apparatus for Thermal Testing of Electronic Equipment” Proceedings of IVESC-ICEE-2014, Saint-Petersburg, Russia, June 30-July04, 2014, ISBN 978-1-4799-5770-5, p 25 Vardanyan, V. Avagyan, A. Gevorgyan, T. mkrtchyan,et al., “Cooling Systems for Advanced Vacuum Electron Sources”Proceedings of IVESC-ICEE-2014, Saint-Petersburg, Russia, June 30-July04, 2014, ISBN 978-1-4799-5770-5, p 260-261. Vardanyan, G. Amatuni, V. Avagyan, et al., “Distributed Cooling System for the AREAL Test Facility” Proceedings of IPAC2014, pp., 4010-4012, Dresden, Germany 2014. A. Gevorgyan, V.S. Avagyan, B. Grigoryan, T.H. Mkrtchyan, A.S. Simonyan, V. V. Vardanyan, “Design and Performance of Ultimate Vacuum System for the AREAL Test Facility” Proceedings of IPAC2014, pp., 2311-2313, Dresden, Germany 2014. Konushkov, V. Avagyan, V. Konushkov, D.Samgin, ‘’ Г. Конюшков, В. Авагян, В. Конюшков, Д. Самгин, “Increasing the strength and properties of thermal vacuum and junctions ЭВП and RF-devices and accelerator technology based on diffusion welding method’’ Welding and control – 2013, Russian Federation C.232-240, Proceeding ПНИПУ. Avagyan, A. Gevorgyan, V. Vardanyan, et al, ‘’investigation of titanium to steel junction microstructure’’, welding and control-2013, Perm, ПНИПИ.-С24-34. V.Konushkov, V.G.Konushkov, V.Sh.Avagyan, ‘’increasing operational characteristics of electro-vacuum materials using diffusion welding methods for fabrication details and systems for electrical and accelerator technology’’ Welding and Diagnostics 2013, N 4,-45-50. Avagyan, A. Gevorgyan, V. Vardanyan et.al, “Precise cooling system for elektro-magnetic equipment” Proceedings of engineering Academy of Armenia, volume 10, N 3, 2013, pp.537-541. Grigoryan, G. Amatuni, V. Avagyan, A. Grigoryan, M. Ivanyan, V. Khachatryan, E. Laziev, K. Manukyan, I. Margaryan, T. Mkrtchyan, V. Sahakyan, A. Sargsyan, A. Tarloyan, A. Tsakanian, V. Tsakanov, A. Vardanyan, T. Vardanyan, V. Vardanyan “Advanced Research Electron Accelerator Laboratory Based on Photocathode RF Gun” , IPAC-11, San-Sebastian, Spain, TUPC031, 2011, 3pp. Avagyan V. Sh., Babayan A.Z., Tunyan I,V., ‘’Vacuum Induction machine for brazing accelerator structure’’ Engineering journal -2010. – Т 63, №1. – С.55-62. Avagyan V., Gagyan H., Nagdalyan S., Petrosyan A., Vacuum Chamber Design Considerations for CANDLE Light Source, Proceedings of EPAC 2002, Paris, France. – P.2532-2534. Abashian A., Aghasyan M., Amatuni G., Arakelyan V., Avagyan V. et al., 3GeV CANDLE Synchrotron Light Source, Design Report, ASLS-CANDLE, R-001-02, Yerevan, 2002. – 267 p. Tsakanov V., Avagyan V., Ayvazyan V. et al. Center for the Advancement of Natural Discoveries using Light Emission- A New Synchrotron Light Source Project in Armenia. Sci. Instrum. 73, 2002, pp. 1411-1413. Sh., ‘’Apparatus...
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