Samvel G. Gevorgyan
Biography
Education
Feb. 1974 - April 1977: M.S. Diploma in Solid State Physics (SSP),
Moscow State Engineering Physics Institute (MEPhI), Московский инженерно-физический институт (МИФИ), Special Faculty of Physics (High School of Physicists after Acad. N.G. Basov),
Moscow, USSR – Diploma: YA(Я) № 288563.
Sept. 1971 - Feb. 1974: Yerevan State University (YSU),Faculty of Physics, Chair of Solid State Physics, Yerevan, Armenian SSR, 375025, USSR.
Sept. 1968 - June 1971: Special Physics-Mathematical School (phys-math school) after Acad. Artashes Shahinyan, Yerevan, Armenian SSR, 375025, USSR.
Sept. 1961 - July 1968: School No. 10 after 26 Commissars, Yerevan, Armenian SSR, 375025, USSR.

Academic Degree
21 Dec., 2010: Doctor of Sciences (Physics) – Diploma: B №00838,
Institute of Applied Problems of Physics (IAPP),
National Academy of Sciences (NAS),
25 Hr. Nersissian str., Yerevan, 0014, Armenia.
“ Investigation of weakly expressed peculiarities of supercon-ductivity with application of new radiofrequency methods”
23 Nov., 1989: Soviet Candidate of Phys-Math Sciences (Ph.D. in Physics)
– Diploma: FM №038264,
Institute for Physical Research (IPR),
National Academy of Sciences (NAS),
Gitavan IFI, Ashtarak-2, AM-378410, Armenian SSR, USSR.
“Detecting of ionizing radiation by means of superheated superconduc¬ting grains”;

Academic Title
28 April, 2012 Professor (Physics) – Diploma: P № 00772,
Yerevan State University (YSU), 1 Alex Manoogian str., Yerevan, 0025, Republic of Armenia (Armenia).

Professional Experience
Sept. 2003 - to date: Yerevan State University (YSU), Faculty of Physics,
Chair of Solid State Physics (SSP),
Yerevan, 0025, Republic of Armenia (Armenia),
Professor (since 28 April 2012 - based on 21 October 2011 deci¬sion of the Scientific Council of the YSU)
Associate Professor (Apr.2011 - Apr.2012)
Assistant Professor (Jan. 2005- Apr.2011)
Invited Assoc. Prof. (Sept.2003 - Dec.2004)
Faculty of Physics,
Research Laboratory of the Chair of Solid State Physics,
Yerevan, 0025, Republic of Armenia (Armenia),
Senior Researcher (Jan. 2005 - to date)
Project Director, NFSAT-CRDF Award
# ISIPA 01-04 (Oct. 2004 - Oct. 2007)
Faculty of Physics,
Center on “Superconductivity & Sci. Instrumen-tation”
Project Manager, NFSAT-CRDF Award
# UCEP 07/07 (Sept. 2007 – to date)
Aug.1998 - March 2002: Kyushu University,
Graduate School of Information Science and Electrical Engineering (ISEE),
6-10-1 Hakozaki, Higashi-ku,
Fukuoka 812-8581, Japan
Research Institute of Superconductivity,
Assoc. Professor (Apr.2000 - March 2002)
Senior Researcher (Apr.1999- March 2000)
Visiting Professor (Aug.1998- March 1999)
June 1988 - to date: National Academy of Sciences (NAS),
Institute for Physical Research (IPR),
Ashtarak-2, 0203, Republic of Armenia (Armenia)
Laboratory of Superconducting Detectors’ Physics,Head of Laboratory (since 23 March 1998; half-time work since 2005)
Laboratory of High-Tc Superconductivity (HTSC),
Senior Researcher (March 1992-March 1998)
Researcher (June 1988 - March 1992);
March 1978-June 1988: Yerevan Physics Institute (YerPhI),
Laboratory of Low-Temperature Physics,
Yerevan, Armenian SSR, 375036, USSR,
Engineer (March 1978 - June 1988);
June 1977-March 1978: Yerevan State University (YSU),
Faculty of Physics,
Chair of Solid State Physics (SSP),
Yerevan, Armenian SSR, 375025, USSR, Educational Master (June 1977 - March 1978)

Academic Courses
“Low-Temperature Physics & Techniques” - Yerevan State University (YSU), Faculty of Physics
(since Sept. 2003 – to date)

Scale of Professional Interests
1.Modeling of tunnel diode (TD) oscillators: they can be widely used for high-resolution, low-temperature studies of the superconductive matter.
As a result, a radio-frequency new test-method is developed, based on a single-layer flat pick-up coil-oscillator (SFCO - Platform technology);
2.Superconductive (SC) phase transition: the Meissner ejection precursor and posterior weakly expressed effects are searched for, revealed & investigated;
3.Vortex-matter dynamics in high-Tc superconductors (HTSC): the vortex-mat¬ter magnetic-phase diagram (MP-diagram) in YBaCuO material is con-structed in wide ranges of the magnetic fields and temperature;
4.“Visualization” of SC properties of thin flat HTSC materials by the use of a SFCO-technique with a focused laser beam, as a probing instrument;
5.Electro-physical properties of HTSC materials: they can be used for creation of the advanced radiation and particle detectors;
6.Non-equilibrium properties of high-Tc superconductors - phase-slip centers (PSC) included: first observation of the PSC in HTSC thin-film bridges;
7.Destruction of a meta-stable superheated superconducting state in micron-size tin (Sn) grains. that one may use for radiation and particles detection;
8.Spin paramagnetic resonance / electron spin resonance/ (SPR/ESR) spectro-meters: super-high resolution, new principle of operation spectrometers are created (2 Armenian and 2 Russian patents are obtained);
9.GHz- and MHz-range highly sensitive measurement technology: they can be widely used in various areas of the science and technology;
10. Absolute-position sensors based on a SFCO technology - they can be used for the creation of slow-movement (low-frequency) seismometers of a new type:
as a result, a new border/zone Early Warning Passive Security System (EWPSS) is developed based on the SFCO Platform technology.

Participation in Grant Projects
1.“Instrumentation for Scientific Infrastructure III” Program
CRDF-NFSAT Award # ISIPA 01-04 (29.10.2004 - 29.10.2007)
“System for High-resolution Magneto-Optical Measurements” Project Director;
2.NFSAT “Scientific Results Commercialization” Program (2005 - 2007) “Ultra-High Sensitivity Position Sensor For SEISMOMETRY ” Project Principal Investigator;
3.“Graduate Research Support (GRSP)” Program NFSAT-CRDF Award # GRASP 30/06 (2006 - 2007) “Superconductivity Precursor and Posterior Effects” (to be studied by the flat coil-based sensitive test-method, to be created)”Project Participant (scientific adviser);
4. “Armenian BGP-IV” Program CRDF-NFSAT Award # ARP2-3229-YE-04 (2006 - 2008)
“Method of ‘Visualization’ of Superconducting Properties of Thin Flat HTS Materials Based on a Single-Layer Flat Coil Technique” jointly with Wisconsin University (Madison, USA), and “Center on Applied Superconductivity”, Florida State University (Jacksonville, USA) Project Participant (scientific adviser);
5 “University Centers of Excellence” Program
CRDF-NFSAT-YSU Award # UCEP 07/07 (01.09.2007  01.09.2009)
The name of the created in Yerevan State University Center is “Supercon¬ductivity & Scientific Instrumentation”
Project Manager:

Professional Membership
Japanese Cryogenic Society (August 1998 - March 2002);
Council of the Faculty of Physics of the Yerevan State University(since January 2005 – to date)

Awards Received
The National Academy of Sciences Award (NAS of Armenia “Govestagir”)
Award Decision: (NAS) 437 (May 17, 1989);
The American Physical Society (APS) Award
Award Decision: (APS) 57- DCMP (March 22, 1993);
The “Global Security Challenge 2008” (GSC-2008) competition “Prize”
The “Asian Semi-Finals” (the winner, the finalist),
Singapore, Singapore (September 26, 2008);
The “Global Security Challenge 2008” (GSC-2008) competition “Cup”
The “World Grand-Finals” (among the Top Six in the world),
London, UK (November 13, 2008);
The “Global Security Challenge 2009” (GSC-2009) competition “Prize”
The “European Regional Finals” (among the three finalists),
Athens, Greece (September 16, 2009).

Participation on International Conferences and Workshop
1991 -International Conference on HTS and Localization Phenomena, Moscow, USSR, 1991;
1994 - International Workshop on Superconductivity & Particle Detection, Toledo, Spain, 1994;
1995 - 6-th International Workshop on Low Temperature Detectors (LTD-6), Beatenberg/Interlaken, Switzerland, 1995;
1997 - 10-th International Symposium on Superconductivity (ISS’97), Gifu, Japan, 1997;
1998 - Applied Superconductivity Conference (ASC’98),Palm Desert, CA, USA, 1998;
1998 - 11-th International Symposium on Superconductivity (ISS’98), Fukuoka, Japan, 1998;
1999 - 8-th International Workshop on Low Temperature Detectors (LTD-8), Dalfsen, The Netherlands, 1999;
1999 - 12-th International Symposium on Superconductivity (ISS’99), Morioka, Japan, 1999;
2000 - International Workshop on Particle Detection & Metastable Superconductivity (a “summit meeting” on device development), Lisbon, Portugal, 2000;
2000 - Applied Superconductivity Conference (ASC’2000), Virginia Beach, VA, USA, 2000;
2000 - 13-th International Symposium on Superconductivity (ISS’2000), Tokyo, Japan, 2000;
2000 - International Workshop on Critical Currents and Applications of HTS (IWCCA-HTS), Fukuoka, Japan, 2000;
2001 - 8-th International Superconductive Electronics Conference (ISEC’01),
Osaka, Japan, 2001;
2001 - 9-th International Workshop on Low Temperature Detectors (LTD-9), Madison, WI, USA, 2001;
2001 - 14-th International Symposium on Superconductivity (ISS’2001), Kobe, Japan, 2001;
2002 - Applied Superconductivity Conference (ASC’2002), Houston, TX, USA, 2002;
2003 - 10-th Internat. Workshop on Low Temperature Detectors (LTD-10), Genoa, Italy, 2003;
2003 - 4-th National Conference on “Semiconductor Microelectronics”, Tsakhkadzor, Armenia, 2003;
2005 - 5-th Internat. Conf. on “Semiconductor Micro- & Nano-Electronics”, Aghveran, Armenia, 2005;
2006 - Applied Superconductivity Conference (ASC’06), Seattle, WA, USA, 2006; Москва, Россия, 2008;
2008- 40-th National Conference “Laser Physics-2008”, Ashtarak-2, Armenia, 2008;
2008 - “Global Security Challenge” (GSC-2008)- Asian Semi-Finals, Singapore, Singapore, September 26, 2008;
2008 - “Global Security Challenge” (GSC-2008) - World Grand-Finals, London, UK, November 13, 2008;
2009 - International Advanced Research Workshop on Modern Prob¬lems in Optics & Photonics (MPOP-2009), Yerevan, Armenia, 2009;
2009 - “Global Security Challenge” (GSC-2009) - European Regional Finals, Athens, Greece, September 16, 2009;
2009 - International Conference on “Electrons, Positrons, Neutrons and X-Rays Scat¬tering Under External Influences”,
Yerevan-Meghri, Armenia, 26-30 October, 2009;
2011 - Intergovernmental Progr. of Innovative Cooper. among SIC Countries, Moscow, Russia, March 18, 2011 - among the winners;
2011 - International Symposium on Optics & its Application (OPTICS-2011),
Yerevan-Ashtarak, Armenia, 5-9 September, 2011;
2011 - International Conference on “Electron, Positron, Neutron and X-Ray Scattering Under External Influences”,
Yerevan-Meghri, Armenia, 18-22 October, 2011;
2012 - European Seismological Com¬mission (ESC 2012), 33-rd General Assembly, Symposiums “DAP-1: Seismological Observation and Interpretation & DAP-4: Seismological Obser¬vations and Research Infrastructures: Towards a European Plate Observatory”, Moscow, Russia, August 19-24, 2012.
2013 - International Symposium on Neuroscience and Biological Psychiatry “Stress and Behavior: Yerevan-2013”,
Yerevan, Armenia, September 20-21, 2013.
2013 - Third Jubilee International Conference on Neuroscience and Biological Psychiatry,
Yerevan, Armenia, September 22-24, 2013.

List of Publications
127 Published PAPERS: among them
1 - Teaching aid (tutorial);
1 - Chapter in an International Book;
38 - Papers in an International (25) and local (13) peer-review Journals;
76 - Proceedings (51) and Abstracts (25) in a pear-reviewed Internatio¬nal Conferences and Workshops;
6 - Armenian (2) and Russian (2) PATENTS and Soviet Inventor’s Certificates (2);
5 - Preprints.

Languages
Armenian, Russian,English






Samvel G. Gevorgyan

Leading Researcher | Faculty of Physics - Solid State Physics Research Laboratory
 
 

Book

Gevorgyan S.G.

“ Newly-proposed methods for early detection of incoming earthquakes, tsunamis & tidal motion ” | Chapter in a Book: “Earthquake Research and Analysis - Statistical Studies, Observations & Planning (460 pages)”, ISBN 978-953-51-0134-5 (Ed. by Sebastiano D'Amico), “InTech” Open Access Publisher, Rijeka, Croatia, 2012, pp. 275-292 – http://www.intechope n.com/articles/show/title/newly-proposedmethods-for-earlydetection- ofincomingearthquakes-tsunamisand-tidal-motion
 

Article

Gevorgyan S.G., Khachunts A.S., Muradyan S.T., Gevorgyan V.S.

New Vibroacoustic Sensor Based on the SFCO Technology: Its Application in Biomedical Investigation | Proc. of the Internat. Symposium on Neuroscience and Biological Psychiatry “Stress and Behavior: Yerevan-2013” Sept. 20-21, 2013, Yerevan, Armenia, p.11, 2013

Самвел Геворгян, Анатолий Арабский, Самвел Арутюнян, Феликс Дедученко, Сергей Харьков

Обеспечение техногенной безопасности: есть решение! | Комплексная Безопасность Отечества (Информационно-аналитический журнал Парламентского Центра Российской Федерации ),2013, № 2(3), стр. 39-41

Gevorgyan S.G.

Need for High-Resolution Study of the Fulde-Ferrel-Larkin-Ovchinnikov Superconductivity by Means of the Highly Sensitive New Technique, to be Created Based on the SFCO Test-Method | Proc. of the International Conference on“Electron, Positron, Neutron and X-Ray Scattering Under the External Influences”, 18-22 October 2011, Yerevan- Meghri, Armenia (Eds. A.R.Mkrtchyan (ed. in Chief), V.A. Bushuev, D.V. Roshchupkin), ISBN 978-99941-2-710-8 pp. 151-164, 2012

Gevorgyan S.G., Shirinyan H.G., Gevorgyan V.S., Muradyan S.T., Gevorgyan G.S., Kurghinyan B.K., Polyanskii A.A.

On the possible key experiments to show the singlet-to-triplet conversion of the Cooper pairs by the use of a SFCO-method | Journal of Physics: Conference Series, Institute of Physics (IOP), 2012, vol.350, 012026.

S. G. Gevorgyan, S. T. Muradyan, B. K. Kurghinyan, M. I. Qerobyan

Needle-like properties of the probing RF field of “magnetic-field” probes based on the single-layer flat coils (Միաշերտ, հարթ կոճերի հիման վրա գործող «մագնիսադաշտային» զոնդերի ռադիոհաճախային զոնդավորող դաշտի ասեղանման հատկությունները) | ԵՊՀ գիտական տեղեկագիր, Ֆիզիկա և մաթեմատիկա, 2011, #3, էջ 47–51 |

Gevorgyan S.G., Karapetyan G.H., Shirinyan H.G., Muradyan S.T., Gevorgyan G.S., Kurghinyan B.K., Gevorgyan V.S., Polyanskii A.A.

Study of fine peculiarities of heat capacity in YBa2Cu3Oy films by means of the laser-coupled flat-coil-oscillator (YBa2Cu3Oy թաղանթների ջերմունակության առանձնահատկությունների ուսումնասիրությունը լազերով համակցված հարթ կոճով ինքնագեներատորի մեթոդով) | Proc. of the Yerevan State University, Physical & Mathematical Sciences, 2011, №1(224), pp.49-54 |

S. G. Gevorgyan, S. T. Muradyan, M. H. Azaryan, G. H. Karapetyan

Method for measuring thickness of thin objects with a nanometer resolution, based on the single-layer flat-coil-oscillator method (Թաղանթների հաստությունը նանոմետրական լուծունակությամբ չափող մեթոդ` հիմնըված միաշերտ հարթ կոճով ինքնագեներատորի վրա) | ԵՊՀ գիտական տեղեկագիր, Ֆիզիկա և մաթեմատիկա, 2010, #3, էջ 63–67 |

Геворгян С. Г.

Исследование слабо выраженных особенностей сверхпроводимости с применением новых радиочастотных метолов | Автореферат диссерт. на соиск. уч. степени доктора физ.-мат. наук(01.04.07 – «Физика кон- денсированного состояния» и 01.04.09 – «Физика низких температур и сверхпроводимость»), 2010г, ИППФ НАН РА, Ереван, Армения

Gevorgyan S.G.

Precursor to superconductivity fine effects: their crucial role for true understanding of the nature of superconductivity | Proc. of Int. Conference on “Electrons, Positrons, Neutrons & X-Rays Scattering Under External Influences”, 26-30 October 2009, Yerevan-Meghri, Armenia (Eds. Mkrtchyan A.R., Bushuev V.A., Roshchupkin D.V.) pp. 235-240, 2010

S. G. Gevorgyan, H. G. Shirinyan, G. H. Karapetyan, G. S. Gevorgyan, A. A. Polyanskii

Imaging of the grain structure of thin HTS film by a single-layer flat-coil-oscillator test-method (SFCO-technique) (Բարակ ԲՋԳՀ թաղանթի հատիկային կառուցվածքի տեսանելիացումը միաշերտ հարթ կոճով գեներատորի մեթոդով (SFCO-տեխնիկա)) | ԵՊՀ Գիտական տեղեկագիր, Ֆիզիկա և մաթեմատիկա, 2009, #2, էջ 50–54 |

B. K. Kurghinyan, S. G. Gevorgyan, V. R. Ohanyan

Գերհաղորդիչ նյութերի ջերմունակության թույլ արտահայտված առանձնահատկությունները և դրանց կապը SFCO մեթոդով դիտված պարամագնիսական երևույթի հետ | ԵՊՀ Գիտական տեղեկագիր, Բնական գիտություններ, 2008, #3, էջ 82-90 |

Геворгян С. Г., Карапетян Г.А., Ширинян О.Г., Геворгян В.С.

Криогенный Лазерный Сканиру- ющий Микроскоп | Сб. трудов VII Научно- Практ. Конференции «Образоват., Научные и Инженерные Прилож. в Среде LabVIEW и Технологии NI», Москва, Россия, 28-29 ноября 2008г., Секция 1, №1.0.2., стр.8-12

Gevorgyan Samvel, Gevorgyan Vardan, Karapetyan Gagik

A Single-layer Flat-coil-oscillator (SFCO) based Super-broadband Position Sensor for Nano-scale-resolution Seismometry | Nuclear Instruments & Methods in Physics Research A (NIM-A), 2008, vol.589, No.3, pp.487-493

Геворгян С. Г., Мурадян С.Т.

Исследование работы автогенераторов на туннельном диоде, активированных на внутренней ёмкости своей катушки | Известия НАН Армении, Физика, 2008, том.43, №2, стр.152-158 |

B. Kurghinyan, S. Gevorgyan , V.R.Ohanyan

Peculiarities of a specific heat of superconductors: their relation to the paramagnetic effect detected by an OF Cbased test-method in SOLID STATE PHYSICS | in SOLID STATE PHYSICS Proceedings of the Conference dedicated to 50-th anniversary of the foundation of the Department of Solid State Physics of YSU, p. 125, 2007 (in armenian)

Կուրղինյան Բ., Գևորգյան Ս., Օհանյան Վ.

Գերհաղորդիչների ջերմունակության առանձնահատկություններն ու դրանց կապը OFC մեթոդով դիտված «պարամագնիսական» երևույթի հետ | ԵՊՀ Պինդ մարմնի ֆիզիկայի ամբիոնի հիմնադրման 50-ամյակին նվիրված Գիտաժողովի Նյութեր, ԵՊՀ հրատարակչությունուն խմբ.՝ Ա.Ա. Կիրակոսյան, Երևան, 2007 էջ 125-132

Գևորգյան Ս., Կուրղինյան Բ., Օհանյան Վ.

Գերհաղորդիչների ջերմունա- կության առանձնահատկու- թյուններն ու դրանց կապը OFC մեթոդով դիտված «պարամագ- նիսական» երևույթի հետ | ԵՊՀ ՊՄՖ ամբիոնի հիմնադրման 50-ամյա տարելիցին նվիրված ժողովածու, ԵՊՀ հր., խմբ՝ Ա. Կիրակոսյան, Երևան, էջ էջ 125-132, 2007

Գևորգյան Ս.Գ, Մուրադյան Ս., Բրուտյան Ա., Կուրղինյան Բ.

Միայն սեփական ունակության վրա գործող և թունելային դիոդով ակտիվացվող ինքնագեներատորի ստեղծումն ու նրա աշխատանքի ուսումնասիրումը | ԵՊՀ ՊՄՖ ամբիոնի հիմնադրման 50-ամյա տարելիցին նվիրված ժողովածու, ԵՊՀ հր., խմբ՝ Ա. Կիրակոսյան, Երևան, էջ 118-124, 2007

Գևորգյան Ս.Գ

Three Distinctive Temperatures of the N/S Phase Transition Detected by the SFCO Test-method: their crucial role for true identification of the nature of SC-phenomenon | ԵՊՀ ՊՄՖ ամբիոնի հիմնադրման 50-ամյա տարելիցին նվիրված ժողովածու, ԵՊՀ հր., խմբ՝ Ա. Կիրակոսյան, Երևան, էջ 96-111, 2007

Gevorgyan S., Gevorgyan V., Shirinyan H., Karapetyan G., Sarkisyan A.

A Radically New Principle of Operation Seismic Detector of Nanoscale Vibrations | Proc. of Appl. Supercond. Conference (ASC’2006),2006, Seattle, USA [in: IEEE Trans. on Applied Supercond., vol.17(2), pp.629-632, 2007]

Gevorgyan S.G.

Ultra-High Sensitivity Position Sensor for Seismometry (Product and Technology Summary, Brief Overview of Potential Markets, Research Group Capabilities & R&D Services) | © 2006 “Superconductivity & Instrumentation Research Group”, YSU, Published by NFSAT, by assistance of High Tech. Group cjsc., Yerevan, Armenia, 2006

M. H. Azaryan, S. G. Gevorgyan

A New Principle of Operation ‘Magnetic-Field’ Probe based on a Single-layer Flat Coil Method | Abstracts of the Applied Superconductivity Conference (ASC’06), 2006, Seattle, USA, Program # 2EF03 IEEE Transactions on Applied Superconductivity, 2006

Gevorgyan S.G., Gevorgyan V.S., Sarkisyan A.G.

Vibro-sensitive Nano-scale Seismic Detector Based on the Tunnel Diode Oscillator with a Single-layer Flat Coil | Proc. of the 5-th Intern. Conference on Semiconductor Micro- & Nano- Electronics, Aghveran, Armenia, Sept. 16-18, pp.70-73, 2005

Gevorgyan S.G., Kiss T., Inoue M., Egashira S., Yasunaga M., Tokutomi H., Takeo M., Shirinyan H.G., Iijima Y., Kakimoto K., Saitoh T.

Imaging of the Local Dissipation in YBCO Coated Tapes | Trans. of Int. Cryogenic Materials Conference (ICMC) 2003, Anchorage, Alaska, USA [in: “Advances in Cryogenic Engineering”, AIP Conf. Proc., Melville, NY, vol.711, pp.677-684, 2004]

Gevorgyan S., Shirinyan H., Manukyan A., Sharoyan E., Takeo M., Polyanskii A., Sarkisyan A., Matsushita T.

Flat Coil-based Tunnel Diode Oscillator Enabling to Detect Real Shape of the Superconductive Transition Curve & Capable of Imaging Properties of HTSC Films with High Spatial-resolution | Nuclear Instruments & Methods in Physics Research A (NIM-A), 2004, vol.520, No.1-3, pp.314-319

Gevorgyan S.G., Shirinyan H.G., Manukyan A.M., Gevorgyan V.S., Sarkisyan A.G., Polyanskii A.

Flat Coil-based Tunnel Diode Oscillator Capable of Imaging the Properties of HTSC Films with ∼3μm Spatial Resolution | Electronic Journal of NATURAL SCIENCES (National Academy of Sciences of RA), 2004, vol.1, No.2, pp.53-55

Геворгян С. Г., Саркисян А.Г., Мовсисян А.А., Геворгян В.С., Мирзоян А.М.

Сложный Вид Кривой Сверхпро- водящего Перехода Выявленный Генератором на Плоской Катушке | Материалы 4-ой нац. Конф. “Полупроводн. Микроэлектроника ”, Цахкадзор, Армения, стр. 137-140, 2003

Gevorgyan S.G., Kiss T., Shirinyan H.G., Movsisyan A.A., Gevorgyan V.S., Egashira S., Eltsev Yu., Matsushita T., Mito T., Takeo M.

Complicated Shape of Superconductive Transition Curve Revealed by a Sensitive OFC-magnetometer | Proc. of the Applied Supercond. Conference (ASC’2002), 2002, Houston, TX, USA [in: IEEE Transactions on Applied Superconductivity, vol.13(2), pp.3574-3577, 2003]

Геворгян С. Г

О возможности разделения фазо- вых переходов в “идеально прово- дящее” и “идеально диамагнитн- ое” (“Мейснер”) состояния: 2. Фи- зические последствия вытекаю- щие из “парамагнитного ” эффекта | Известия НАН Армении, Физика, 2003, том.38, №2, стр.123-129 cond-mat/papers/ 0501/0501416

Геворгян С. Г.

О возможности разделения фазо- вых переходов в “идеально прово- дящее” и “идеально диамагнит- ное” (“Мейснер”) состояния: 1. Экспериментальные результа- ты по “парамагнитному ” эффекту | Известия НАН Армении, Физика, 2003, том.38, №1, стр.50-65

Gevorgyan S.G., Kiss T., Nishizaki T., Shirinyan H.G., Movsisyan A.A., Gevorgyan V.S, Inoue M., Harayama T., Matsushita T., Kobayashi N., Takeo M.

Weakly Expressed Effects in HTS Detected by a Flat Coil-based TD Oscillator, Demonstrating its Wide Possibilities for High-resolution Detection | Proc. of 9-th Int. Workshop on Low Temp. Detectors (LTD-9), 2001,Madison, WI, USA [in: “Low Temperature Detectors” (Eds. F.S. Porter, et al.), AIP Conference Proc., Melville, New York, vol.605, pp.123-126, 2002]

Gevorgyan S.G., Kiss T., Inoue M., Movsisyan A.A., Shirinyan H.G., Harayama T., Matsushita T., Nishizaki T., Kobayashi N., Takeo M.

Peculiarities of the Magnetic Phase Diagram in Small-size Untwinned YBa2Cu3Oy Crystal Constructed by Highly Sensitive OFC−magnetometer | Physica C: “Superconductivity & its Applications”, 2002, vol.378-381(P1), pp.531-536

Gevorgyan S.G., Kiss T., Inoue M., Movsisyan A.A., Shirinyan H.G., Gevorgyan V.S., Matsushita T., Takeo M.

Weakly Expressed “Paramagnetic” Peculiarity of the Superconductive Transition Detected in YBaCuO Film by Highly Sensitive OFC-magnetometer | Physica C: “Superconductivity & its Applications”, 2002, vol.378-381(P1), pp.404-408

Gevorgyan S.G., Kiss T., Shirinyan H.G., Inoue M., Harayama T., Egashira S., Matsushita T., Takeo M.

Complicated Shape of the Superconductive Transition Curve Revealed by a Highly Sensitive OFC− magnetometer | Proc. of the 7-th Workshop on Applied Superconductivity in Kyushu Area, Fukuoka, Japan, 2001, pp.63-67

Samvel Gevorgyan, Shinichi Egashira, Takanobu Kiss, Tomohiro Harayama, Masayoshi Inoue, Masakatsu Takeo

Paramagnetic peculiarity in YBCO HTS film near the transition (in Japanese) | Proc. of the 54-th Joint Conference of Electrical & Electronics Engineers in Kyushu, Saga, Japan, 2001, p.362

Samvel Gevorgyan, Tomohiro Harayama, Takanobu Kiss, Shinichi Egashira, Masayoshi Inoue

Paramagnetic peculiarity in a YBCO thin film near the transition (in Japanese) | Proc. of 65-th Meeting on Cryogenics & Superconductivity (Japan-Korea Joint Workshop 2001 on Appl. Supercond. / Cryogenics), Fukui, Japan, 2001, p.211

Gevorgyan S., Harayama T., Kiss T., Egashira S., Ohyama T., Inoue M., Takeo M., Nishizaki T., Kobayashi N.

Evaluation of pinning properties in a YBCO single crystal by highly sensitive reaction measurement | Proc. of 62-nd Autumn Meeting of Japan Society of Applied Physics, Sept. 11-14, 2001, Nagoya, Japan, No.1, p.158

Gevorgyan S., Harayama T., Ohyama T., Inoue M., Kiss T.

Evaluation of pinning properties in a disk-shaped YBCO thin film by highly sensitive reaction measurement | Proc. of the 48-th Spring Meeting of Japan Society of Applied Physics & Related Societies, March 28-31, 2001, Tokyo, Japan, No.1, p.253

Gevorgyan S.G., Kiss T., Ohyama T., Inoue M., Matsushita T., Takeo M., Movsisyan A.A., Shirinyan H.G., Gevorgyan V.S.

New “Paramagnetic” peculiarity of supercond. transition detected by highly sensitive OFC-magnetometer | Proc. 8-th Int. Superconductive Electronics Conference (ISEC’01), Osaka, Japan, pp.135-136, 2001

Gevorgyan S.G., Kiss T., Movsisyan A.A., Shirinyan H.G., Gevorgyan V.S., Takeo M., Matsushita T., Funaki K.

Wide Possibilities of the Open-Flat Coil Based TD Oscillator Testing Technique | Proc. of Int. Workshopon “Particle Detection & Metastab. Supercond.”, 2000, Lisbon, Portugal [in: “Particle Detection & Metastable Superconductivity”, Eds. T. Girard, et al., “Principia”, Lisbon, Portugal, pp.53-61, 2001]

Gevorgyan S., Kiss T., Inoue M., Ohyama T., Takeo M., Matsushita T., Funaki K.

Construction of MP-diagram in Small-volume HTS by an OFCmagnetometer | Proc. of Appl. Supercond. Conference (ASC’2000), 2000, Virginia Beach, USA [in: IEEE Transactions on Applied Superconductivity, vol.11 no.1, pp.3931-3934, 2001]

Gevorgyan S.G., Kiss T., Ohyama T., Inoue M., Movsisyan A.A., Shirinyan H.G., Gevorgyan V.S., Matsushita T., Takeo M.

New Paramagnetic Peculiarity of the Superconductive Transition Detected by a Highly Sensitive OFC magnetometer | Superconductor Science & Technology, 2001, vol.14, No.12, pp.1009-1013

Gevorgyan S.G., Kiss T., Ohyama T., Movsisyan A.A., Shirinyan H.G., Gevorgyan V.S., Matsushita T., Takeo M., Funaki K.

Calibration of the Open-Flat Coilbased Tunnel Diode Oscillator Technique (OFC magnetometer) for Quantitative Extraction of Physical Characteristics of Superconductive State | Physica C: “Superconductivity & its Applications”, 2001, vol.366, No.1, pp.6-12

Gevorgyan S.G., Kiss T., Shirinyan H.G., Movsisyan A.A., Ohyama T., Inoue M., Matsushita T., Takeo M.

The Possibility of Detection of Small Absorption in HTS Thin Films by Means of the Highly Sensitive OFC Magnetometer | Physica C: “Superconductivity & its Applications”, 2001, vol.363, No.2, pp.113-118

Gevorgyan S., Ohyama T., Inoue M., Kiss T., Takeo M., Matsushita T.

Evaluation of Flux Pinning in HTS by use of Tunnel Diode Oscillator (4) (in Japanese) | Proc. of 63-th Meeting on Cryogenics & Superconductivity, Kumamoto, Japan, 2000, p.87

Gevorgyan S., Ohyama T., Inoue M., Kiss T., Takeo M., Matsushita T.

Evaluation of Flux Pinning in HTS by use of Tunnel Diode Oscillator (3) (in Japanese) | Proc. of 62-th Meeting on Cryogenics & Superconductivity, Tsukuba, Japan, 2000, p.215

Gevorgyan S., Kiss T., Movsisyan A.A., Ohyama T., Inoue M., Matsushita T., Takeo M.

The weakly expressed “paramagnetic” peculiarity of the superconducting transition detected by the highly sensitive OFC magnetometer | Proc. of Int. Workshop on “Critical Currents & Applications of HTS” (IWCCA-HTS), Fukuoka, Japan, pp.77-78, 2000

Gevorgyan S., Kiss T., Katsube H., Ohyama T., Takeo M., Matsushita T., Funaki K.

Determination of main material parameters in HTS by means of a calibrated open-flat coil magnetometer | Proc. of 6-th Workshop on “Applied Superconductivity in Kyushu Area”, 2000, Fukuoka, Japan, pp.56-63

Gevorgyan S., Kiss T., Shirinyan H., Katsube H., Ohyama T., Matsushita T, Takeo M., Funaki K.

Possibility of Determination of Material Parameters in HTS by Means of Improved ‘LC Resonator’ Method | Proc. of 12-th Internat. Symposium. on Supercond. (ISS’99), 1999, Morioka, Japan [in: “Advances in Superconductivity XII” (Ed. Yamashita), Springer-Verlag, Tokyo, pp.320-322, 2000]

Gevorgyan S., Kiss T., Movsisyan A.A., Shirinyan H.G., Hanayama Y., Katsube H., Ohyama T., Takeo M., Matsushita T., Funaki K.

Highly Sensitive Open-Flat Coil Magnetometer for λ(H,T) Measurements in Plate-Like High-Tc Cuprates |

Gevorgyan S., Kiss T., Movsisyan A., Shirinyan H., Ohyama T., Takeo M., Matsushita T., Funaki K.

Advantages of λ measurement in flat geometry high-Tc cuprates by OFC-magnetometer demonstrating its wide possibilities for detection | Nuclear Instruments & Methods in Physics Research A (NIM-A), 2000, vol.444, No.1-2, pp.471-475

Gevorgyan S., Kiss T., Takeo M., Matsushita T., Movsisyan A., Eltsev Yu.

Study on the Vortex Dynamics in HTS by Use of Highly Sensitive Reactance Measurement | Proc. of 4-th Workshop on “Applied Superconductivity in Kyushu Area”, 1999, Fukuoka, Japan, pp.57-60

Gevorgyan S., Ohyama T., Katsube H., Kiss T., Takeo M., Eltsev Y., Otabe S., Matsushita T.

Evaluation of Flux Pinning in HTS by use of Tunnel Diode Oscillator (2) (in Japanese) | Proc. of 61-th Meeting on Cryogenics & Superconductivity, Tokyo, Japan, 1999, p.88

Gevorgyan S.G., Movsisyan A.A.

New Type Detectors of Particles & Radiation Based on HTSC Materials | Proc. of the Applied Superconductivity Conference (ASC’98), 1998, Palm Desert, California, USA [in: “IEEE Transactions on Applied Superconductivity”, vol.9(2), pp.3190-3193, 1999]

Gevorgyan S., Katsube H., Ooyama T., Hanayama Y., Kiss T., Takeo M.

Evaluation of Flux Pinning in HTS by use of Tunnel Diode Oscillator (in Japanese) | Proc. of 60-th Meeting on Cryogenics & Superconductivity, Sapporo, Japan, 1999, p.98

Gevorgyan S.G., Movsisyan A.A., Kiss T., Hanayama Y., Matsushita T., Takeo M., Vysotsky V.S.

Study on Magnetization of HTSC Films by a New Method Based on Tunnel Diode Oscillator with Open-Flat Coil | Proc. 11-th Int. Symposium on Supercond. (ISS’98), 1998, Fukuoka, Japan [in: “Advances in Superconductivity XI” (Ed. N. Koshizuka), Springer-Verlag, Tokyo, pp. 601-604, 1999]

Gevorgyan S. , Movsisyan A., Movsesyan G., Kiss T.

A New Type Tunnel Diode Oscillator Based Technique with Nontraditional Open-Flat Measuring Coils for Study of Supercond. Thin Films | Proc. of 3-rd Workshop on “Applied Superconductivity in Kyushu Area”, 1998, Fukuoka, Japan, pp.59-64

Gevorgyan S.G., Kiss T., Hanayama Y., Movsisyan A.A., Matsushita T., Takeo M., Vysotsky V.S.

A New Type of Method to Study the Kinetic Inductance of HTSC Films Based on the Tunnel diode Oscillator with an Open-Flat Measuring Coil | Proc. of 59-th Meeting on Cryogenics & Superconductivity, Yamaguchi, Japan, 1998, p.171

Gevorgyan S.G., Movsisyan A.A., Shindyan V.A., Shirinyan H.G., Movsesyan G.D.

Implementation of TD-oscillator with Open-Flat Measuring HTSC Coil for Creation of New Type Detectors of Particles & Radiation | Proc. of 10-th Internat. Symposium on Supercond. (ISS’97), 1997, Gifu, Japan [“Advances in Superconductivity X” (Ed. K. Osamura), “Springer- Verlag”, Tokyo, pp.1177-1180, 1998]

S.G.Gevorgyan, Movsesyan G.D., Movsisyan A.A., Tatoyan V.T., Shirinyan H.G.

Modeling of Tunnel Diode Oscillators and Their Use for Some Low Temperature Investigations | Review of Scientific Instruments, 1998, vol.69, No.6, pp.2550-2560

Gevorgyan S.G., Movsisyan A.A., Shindyan V.A., Shirinyan H.G., Movsesyan G.D.

Use of HTSC for Particle & Radiation Detectors | Proc. of 7-th Internat. Workshop on Low Temperature Detectors (LTD-7), 1997, Munich, Germany (Ed. S. Cooper), pp.215-216

S.G.Gevorgyan, Movsisyan A.A., Movsesyan G.D., Shindyan V.A., Shirinyan H.G.

On the Possibility of Creation of Radically New Type Detectors of Particles & Radiation Based on High-Tc Superconductors | Modern Physics Letters B, 1997, vol.11, No.25, pp.1123-1131

Геворгян С. Г., Мовсесян Г.Д., Мовсисян А.А., Гюламирян А.Л., Шиндян В.А., Ширинян О.Г.

Применение высокотемператур- ных сверхпроводников для созда- ния новых детекторов частиц и излучений | Известия НАН Армении, Физика, 1997, том.32, №4, стр.207-214

S.G.Gevorgyan

Peculiarities of Stability of Superheated Superconducting Grains near Tc | Nuclear Instruments& Methods in PhysicsResearch A (NIM-A),1996, vol.370, No.1, pp.24-25,

Gevorgyan S.G.

Near-Tc Studies of Superheated Superconducting Grain Detectors | Proc. of the Toledo Internat. Workshop, 1994, Spain [in: “Superconductivity & Particle Detection” (Ed. T. Girard), “World Scientific”, Singapore, pp.45-51, 1995]

S.G.Gevorgyan

Some New Possibilities of Superheated Superconducting Grain Detector Characteristics Improvement | Modern Physics B9, 1995, No.13/14, pp.1575-1594

Геворгян С. Г., Мовсесян Г.Д., Арутюнян М.А, Татоян В.Т., Мовсисян А.А.

Моделирование генераторов на туннельных диодах для исследо- ваний при низких температурах | Приборы и Техника Эксперимента, 1995, №2, стр.88-98

Gevorgyan S.G., Hakopyan R.B.

Phase slip centers (PSC) in thinfilm HTSC bridges | Proc. of 4th Internat. Conference “Materials & Mechanisms of Supercond., HTSC’s” (M2S-HTSC IV), 1994, Grenoble, France (Ed. by Peter Wyder), pp.273-274

Gevorgyan S.G., Akopyan R.B.

Phase Slip Centers in HTSC |

Gevorgyan S.G., Akopyan R.B., Gulian A.M., Pilosyan S.Kh.

Physical Properties of High-Temperature Superconducting Films | Proc. of the Satellite Symposium 4 on High- Temperature Supercond. of the 7-th International Meeting on Modern Ceramics Technologies (7-th CIMTEC-World Ceramics Congress), 1990, Trieste, Italy. (Ed.P. Vincenzini), Elsevier,1991, pp.451-453

Геворгян С. Г., Кузанян А.С., Паронян Т.М., Терзян С.С.

Диамагнитные особенности при температурах выше 150К в Bi- содержащих сверхпроводниках | Сверхпроводимость: физика, химия, техника (СФХТ), 1991, том.4, №1, стр.150-154

Gevorgyan S.G., Avagyan A.A., Akopyan R.B., Ganapetyan V.M., Pilosyan S.Kh., Vartanyan V.O.

High-Tc Y-Ba-Cu-O and Bi-Pb-Sr- Ca-Cu-O Thin Film and Microbridges Preparation | Proc. of European Conference on High-TcThin Films & Single Crystals, 1989, Ustron,Poland [in: “Progress in High Temp. Supercond.” (Ed. W. Gorzkowski), “World Scientific”, Singapore, 1990, vol.24, pp.737-742]

Gevorgyan S.G., Abramyan P.B., Kuzanyan A.S., Melik-Karamova E.N., Paronyan T.M., Terzyan S.S.

Some Properties of Bi-Containing Superconductors | Proc. of the Beijing Int.Conference on High-Temperature Supercond.,1989, China [in: “Progressin High Temperature Superconductivity” (Ed.Z.X. Zhao), “World Scientific”, Singapore,1990, vol.22, pp.225-227]

Геворгян С. Г., Акопян Р.Б.

О наблюдении центров проскаль- зывания фазы в ВТСП-мостиках | Письма в ЖЭТФ, 1990, том.52, вып.12, стр.1255-1258

Геворгян С. Г., Добровольский Н.М.

Разрушение метастабильного свер- хпроводящего состояния мелкоди- сперсных коллоидов олова при об- лучении рентгеновскими лучами | Сверхпроводимость: физика, химия, техника (СФХТ), 1990, то м.3, №4, стр. 568-582

Геворгян С. Г., Абрамян П.Б., Авагян А.А., Кузанян А.С., Мелик-Карамова Е.Н., Паронян Т.М., Пироева И.М., Терзян С.С.

Синтез и исследование свойств образцов состава Bi1,7-Pb0,3-Sr2- Ca2-Cu3-Oy | Сверхпроводимость: физика, химия, техника (СФХТ), 1990, том.3, №4, стр. 557-567

Геворгян С. Г., Авагян А.А., Акопян Р.Б., Вартанян В.О., Пилосян С.Х

О катодном напылении висмут- содержащих ВТСП-плёнок с Tc > 77К и некоторых особенностях их физических свойств | Сверхпроводимость: физика, химия, техника (СФХТ), 1990, том.3, №1, стр.93-97

Геворгян С. Г., Добровольский Н.М.

Взаимное магнитное влияние гра- нул в плотном коллоиде из сверх- проводящих гранул | Сверхпроводимость: физика, химия, техника (СФХТ), 1990, том.3, №1, стр.33-37

Геворгян С. Г.

Высокочувствительная установка для одновременной магнитной и резистивной диагностики ВТСП | Заводская Лаборатория, изд-во «Металлургия », Москва, 1990, том.56, №8, стр.119-120

Геворгян С. Г.

Высокочувствительная установка для диагностики ВТСП по сдвигу частоты автоколебаний генерато- ра на туннельном диоде | Материалы 1-ого Всесоюзного Совещания по Проблемам диагностики материалов ВТСП, 1989г, Черноголовка, СССР, стр.131

Геворгян С. Г., Добровольский Н.М.

Осцилляторная температурная зависимость устойчивости пере- гретого сверхпроводящего состоя- ния вблизи Tc | Сверхпроводимость:физика, химия, техника (СФХТ), 1989, том.2, №12, стр.170-174

Геворкян С. Г, Саркисян А.Г., Арутюнян В.М., Акопян Р.С., Вартанян Р.С., Путнынь Э.В., Добровольский Н.М.

О сверхпроводимости при темпе- ратурах выше 100 К в системе Bi- Ca-Sr-Cu-O | Письма в ЖЭТФ, 1989, том.49, вып.2, стр.93-95

Геворгян С. Г., Добровольский Н.М., Татоян В.Т., Гулян А.М.

Измерение критического тока высокотемпературного сверхпроводника | Материалы Совещания ,,Проблемы высокотем-пературной сверхпроводимости,,, июль 1987г.Свердловск, СССР, часть II, стр.110

Gevorgyan S.G., Arutyunyan M.A., Babayan K.Z., Gabrielyan K.S., Dobrovol’skii N.M., Krol’ V.K., Mina R.T., Movsesyan G.D.

Investigation of the X-ray Superconducting Colloid Detector | Proc. of the 2-nd Internat. Symposiumon High Energy Particles Transition Radiation, Yerevan, Armenia, 1984, pp.736-743
 

Thesis

Gevorgyan S.G., Khachunts A.S., Muradyan S.T., Gevorgyan V.S.

New Vibroacoustic Sensor Based on the SFCO Technology: Its Application in Medical/Biological Investigation (First Announcement) | Abstracts of the Third Jubilee Int. Conference on Neuroscience and Biological Psychiatry, September 22-24, 2013, Yerevan, Armenia, “Gitutyun”, pp. 22-24, 2013

Gevorgyan S.G., Muradyan S.T., Gevorgyan V.S., Thorose L.P.

New Method for Early Detection of Incoming Earthquakes Based on Single-Layer Flat-Coil-Oscillator Absolute-Position Sensor: Other Areas for Specific Application of Such Position Sensors | European Seismological Commission (ESC 2012), 33-rd General Assembly, Symposiums: “DAP-1: Seismological Observation and Interpretation & DAP-4: Seismological Observations and Research Infrastructures: Towards a European Plate Observatory”, August 19-24, 2012, Moscow, Russia, (Progr. # DAP1+4: 017)

Gevorgyan S.G.

Need for high-resolution study of the Fulde-Ferrell-Larkin-Ovchinnikov superconductivity by means of the highly sensitive new technique, to be created based on the SFCO test-method | Abstracts of the Int. Conference on Electron, Positron, Neutron & X-Ray Scattering Under External Influences, 18-22 Oct. 2011, Yerevan-Meghri, Armenia, pp.65

Gevorgyan S.G.

On the possibility of key experiments to demonstrate the singletto- triplet conversion of Cooper pairs by the use of SFCO-technique (Research Project Proposal) – Invited Plenary Lecture | Abstracts of International Symposium on Optics & its Application (OPTICS-2011), 5-9 September 2011, Yerevan-Ashtarak, Armenia, pp.48-49

Մուրադյան Ս.Տ., Կարապետյան Գ.Հ., Գևորգյան Վ.Ս., Կուրղինյան Բ.Կ., Գևորգյան Ս.Գ.

Հարթ կոճով տեխնիկայի լայն հնարավորությունները մետաղական առարկաներ փնտրող և ուսումնասիրող զոնդ ստեղծելու հարցում | ՀՀ ՊՆ Վ. Սարգսյանի անվան Ռազմական ինստիտուտի կազմավորման 15-ամյակին նվիրված Կուրսանտական Գիտական 7-րդ Գիտաժողովի Թեզեր, 5-7 մայիսի, Երևան, 2009թ., էջ 31-32

Gevorgyan S.G., Kurghinyan B.K., Ohanyan V.R.

Weakly Expressed Pecu¬liarities of a Specific Heat of Superconductive (SC) Materials: their relation to the SC-precursor “paramagnetic” effect, detected by the highly sensitive SFCO-technique | Abstracts of 9th European Conference on Applied Superconductivity(EUCAS’09),13-17 September 2009, Dresden, Germany, (Program # P-466), p.247

Gevorgyan S.G.

Precursor to superconductivity fine effects: their crucial role for true understanding of the nature of superconductivity | Abstracts of Int. Conference on Electrons, Positrons, Neutrons & X-Rays Scattering Under External Influences, 26-30 Oct. 2009, Yerevan-Meghri, Armenia, pp.66-67

Samvel Gevorgyan, Serob Muradyan, Gagik Karapetyan, Gevorg Gevorgyan

Comparison of absolute-position sensors based on flat-coil oscillators and on two-dimensional p-n-p junctions | Abstracts of 3-rd Intern. Summer School “Physics of Functional Micro- & Nanostructures”, 14-26 Sept., 2009, Hamburg, Germany, p.50

Gevorgyan S.G., Muradyan S.T., Karapetyan G.H., Petrosyan S.G.

Imaging of the photocurrent in bipolar two-dimensional in-plane lateral n-p-n junctions, induced by a μmsize focused He-Ne laser beam & its potential for the creation of absoluteposition sensors with μm resolution | Abstracts of the Int. Advanced Research Workshop on “Modern Prob lems in Optics & Photonics” (MPOP-2009), 27 Aug.–2 Sept., 2009, Yerevan, Armenia, pp.69-70

Gevorgyan S.G., Karapetyan G.H., Shirinyan H.G., Gevorgyan G.S, Muradyan S.T., Polyanskii A.A.

Visualization of normal-to-superconductive phase transition in thin HTSC film-structures by the laser scanning microscope based on a single-layer flat-coil-oscillator (SFCO) technique | Abstracts of the Int. Advanced Research Workshop on “Modern Prob lems in Optics & Photonics” (MPOP-2009), 27 Aug.–2 Sept., 2009, Yerevan, Armenia, pp.65

Gevorgyan S.G., Gevorgyan V.S., Karapetyan G.H.

Precursor to superconductivity effects detected by a combination of the focused laser beam & the single layer flat-coil-oscillator (SFCO) highly sensitive technique: their crucial role for true understanding of the nature of superconductivity | Abstracts of the Int. Advanced Research Workshop on “Modern Prob lems in Optics & Photonics” (MPOP-2009), 27 Aug.–2 Sept., 2009, Yerevan, Armenia, pp.15-16

Gevorgyan S.G., Karapetyan G.H., Shirinyan H.G., Gevorgyan G.S., Muradyan S.T., Polyanskii A.

Imaging of the grain structure (with ∼1-2 micrometer spatial resolution), and detection of fine peculiarities of the heat capacity in YBaCuO thinfilm structures by use of a highly sensitive SFCO-technique | Abstracts of 9-th European Conference on Applied Superconductivity (EUCAS’09), 13-17 Sept. 2009, Dresden, Germany, (Program # P-467), p.247

Gevorgyan S.G., Kurghinyan B.K., Ohanyan V.R.

Weakly Expressed Peculiarities of a Specific Heat of Superconductive (SC) Materials: their relation to the SC-precursor “paramagnetic” effect, detected by the highly sensitive SFCO-technique | Abstracts of 9-th European Conference on Applied Superconductivity (EUCAS’09), 13-17 Sept. 2009, Dresden, Germany, (Program # P-466), p.247

Gevorgyan S.G.

Three Distinctive Temperatures of N/S Transition Detected by the SFCO-method: their role for proper identification of the nature of superconductivity | Abstracts of 9-th European Conference on Applied Superconductivity (EUCAS’09), 13-17 Sept. 2009, Dresden, Germany, (Program # P-465), p.247

Gevorgyan Samvel, Karapetyan Gagik, Shirinyan Hovsep, Gevorgyan Gevorg, Muradyan Serob, Polyanskii Anatolii

Imaging of grain structure (with 1-2 μm spatial resolution) & detection of fine peculiarities of heat capacity in YBaCuO thin-film structures by use of a highly sensitive SFCO-technique | Abstracts of the 13-th Internat. Workshop on Low Temperature Detectors (LTD-13), 20- 24 July 2009, Stanford / SLAC, USA, p.83

Samvel Gevorgyan, Gagik Karapetyan, Hovsep Shirinyan, Vardan Gevorgyan, Anatolii Polyanskii

A Single-layer Flat-Coil-Oscillator (SFCO-technique) based Small-size, Low-inertia, Sensitive Thermometer for Milli-Kelvin resolution Cryogenic Applications | Abstracts of the 13-th Internat. Workshop on Low Temperature Detectors (LTD-13), 20- 24 July 2009, Stanford / SLAC, USA, p.81

Մուրադյան Ս.Տ., Կարապետյան Գ.Հ., Գևորգյան Վ.Ս., Կուրղինյան Բ.Կ., Գևորգյան Ս.Գ.

Լայն հաճախային տիրույթով, նանոմետրական չափերի շեղում գրանցող սեյսմիկ ընդունիչ՝ հարթ կոճով նոր տվիչների հիման վրա | ՀՀ ՊՆ Վ. Սարգսյանի անվ. Ռազմական ինստ. կազմավորման 15 ամյ. նվիրված Կուրսանտական Գիտական 7-րդ Գիտաժողովի Թեզեր,5-7 մայիսի, Երևան, 2009թ., էջ 33-34

Գևորգյան Ս.Գ, Մուրադյան Ս.Տ., Կարապետյան Գ.Հ., Գևորգյան Վ.Ս, Կուրղինյան Բ.Կ.

Հարթ կոճով տեխնիկայի լայն հնա- րավորությունները մետաղական առարկաներ փնտրող և ուսումնա- սիրող զոնդ ստեղծելու հարցում | ՀՀ ՊՆ Վ. Սարգսյանի անվ. Ռազմական ինստ. կազմավորման 15 ամյ. նվիրված Կուրսանտական Գիտական 7-րդ Գիտաժողովի Թեզեր, 5-7 մայիսի, Երևան, 2009թ., էջ 31-32

Kurghinyan Bilor, Gevorgyan Samvel, Azaryan Michael, Muradyan Serob

A Long-Range Action Magnetic-Field Probe Based on a Single-Layer Flat Pick-Up Coil | Abstracts of the 2-nd International Summer School “Physics of Functional Micro- & Nanostructures”, 8-20 September 2008, Hamburg, Germany, p.46

Gevorgyan Samvel, Kurghinyan Bilor, Azaryan Michael, Muradyan Serob

A Long-Range Action Magnetic- Field Probe Based on a Single-Layer Flat Pick-Up Coil | Abstracts of 2-nd Intern. Summer School “Physics of Functional Micro- & Nanostructures”, 8-20 Sept., 2008, Hamburg, Germany, p.46

Gevorgyan S.G.

Three Distinctive Temperatures of N/S Transition Detected by the SFCO-method: their role for proper identification of the nature of superconductivity | Abstracts of Applied Supercond. Conference (ASC’2008), 17-22 Aug., 2008, Chicago, IL, USA, Program #2EPM07

Геворгян С. Г.

Радиоспектрометры ЭПР принципиально нового типа | Тезисы докладов 1-ой научной Конференции Армянского Химического Общества «Актуальные проблемы хим. науки Армении», 17-18 июля 2008г., Ереван, Армения, стр.7

Gevorgyan S.G.

A Radically New Principle of Operation Seismic Detector of Nano-scale Vibrations | Abstracts of 11-th Intern. Workshop on Low Tem. Detectors (LTD-11), 2005, Tokyo, Japan, 31 July – 5 August, p.208

Gevorgyan S.G., Shirinyan H.G.

Comparison of MP-diagrams in Untwinned and Polycrystalline YBa2Cu3Oy Crystals Conducted by a Sensitive Flat Coil-based Oscillator | Abstracts of Appl. Supercond. Conf. (ASC’2004), 2004, Jacksonville, USA, Progr. #5MP04 (p.118)

Gevorgyan S.G., Shirinyan H.G., Manukyan A.M., Takeo M., Polyanskii A., Matsushita T.

Flat Coil-based Tunnel Diode Oscillator Capable of Imaging the Properties of HTS Films with About Micrometer Spatial-resolution | Abstracts of 10-th Intern. Workshop on Low Temp. Detectors (LTD-10),2003, Genoa, Italy Progr. #T18 (p.62)

Gevorgyan S.G., Movsisyan A.A., Gevorgyan V.S., Sharoyan E.G., Sarkisyan A.G.

Real Shape of the Normal-to-Superconductive Transition Curve Revealed by the Single-layer Flat Coilbased Tunnel Diode Oscillator | Abstracts of 10-th Intern. Workshop on Low Temp. Detectors (LTD-10),2003, Genoa, Italy, #T17. (p.61)

Gevorgyan S.G., Kiss T., Shirinyan H.G., Manukyan A.M., Movsisyan A. A, Mito T., Egashira S., Takeo M.

Flat Coil-based Technique for High Spatial-resolution Study of Sub-millimeter Size Thin HTS Materials | Abstracts of the Appl. Supercond. Conference (ASC’2002), 2002, Houston, TX, USA, p.13