Rīgas Tehniskā universitāte Materiālzinātnes un lietišķās ķīmijas fakultāte
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Konferences 1.
M. Reimanis, J. Ozolins, J. Malers, Berzina-Cimdina L. Influence of Electrolysis Process on Propagation of Microorganisms in Water. 49th
International Symposium on Microbial Biotechnology: Diversity, Genomics and
Metagenomics, Association of Microbiologists of India, Deli, November 18-20, 2008, pp.138 -139. 2.
Reimanis M., Mezule l., Malers J., Ozolins J., Juhna T. Water Disinfection with electrolysis using Ti n O
containing ceramic electrodes // Second International Environmental Workshop, Poland, Krakow, September 14 – 18, 2009. – pp. 26-26. 3.
Reimanis M., Ozolins J., Malers J. Water preperation using electrochemical process // International Conference on Emerging Technologies in Enviromental Science and Engineering, India, Aligarh, October 26 – 28, 2009. – pp. 63 – 64. 4.
T., Ozolins J. Preperation of water with electrolysis method using ceramic electrodes // IWA Specialist Conference „Water and Wastewater Treatment Plants in Towns and Comunities of the XXI Century: Technologies, Design and Operation”, Russia, Moscow, June 2 – 4, 2010. – pp. 1-2. 5.
Reimanis M., Pavlova A., Mālers J., Berzina-Cimdina L.,Ozolins J. Electrical conductive Ti n O
ceramic extraction and use for water treatment with electrolysis // Electroceramics XII, Norway, Trondheim, June 13 – 16, 2010. – pp. 151 – 151.
Latviešu, krievu, angļu
2010. gada 11. oktobris - 522 - Dzīves un darba gājums (CV) Paredzētais amats projektā: grupas vadītais Projektā veicamie pienākumi: eksperimentāli stikla tīrības noteikšana ar optisko absorbcijas metodi 1. Vārds: Artūrs Uzvārds: Medvids Personas kods 100342-10612 Dzimšanas gads: 1942 Izglītība: augstākā Izglītības iestāde Kijevas Valsts universitāte Datums: no līdz 09/1962.- 06/1968. Iegūtā izglītība: Fiziķis – Optika un spektroskopija Diploma Nr. Ч Nr. 669669 Izglītības iestāde Viļņus Valsts universitāte Datums: 09/1979 Iegūtā izglītība: Fizikas un matemātikas kandīdāts Diploma Nr. ФМ Nr. 008965 Izglītības iestāde Latvijas Valsts universitāte Datums: 04/1994 Iegūtā izglītība: Fizikas habilitētā doktora zinātniskais grāds Diploma Nr. C-Dh Nr. O00121 Papildu izglītība/kursi: Izglītības iestāde Kursa nosaukums Datums: no (mm/gggg) līdz (mm/gggg) „VMC” valodu centrs Angļu valodas kursi 05.2005. – 06.2005. Valodu prasme (vērtējot no 1 – 5 (1 – vāji; 5 – brīvi)): Valoda Lasītprasme Runātprasme Rakstītprasme Latviešu 5 5 4 Ukraiņu 5 5 5 Angļu 5 4 4 Krievu 5 5 5 Darba pieredze: Datums: no (09/2002) līdz (03/2010) 1969.-1970.g. Darba vietas nosaukums Ukrainas Zinātņu Akadēmijas Pusvadītāju Fizikas institūts.
Inţenieris pētnieks Galvenie pienākumi Elektronu - caurumu plazmas īpašību pētīšana InSb krustotos elektriskā un magnētiskā laukā - 523 - Datums: no (mm/gggg līdz (mm/gggg) 1970.-1975.g. Darba vietas nosaukums Rīgas Politehniskais institūts Amata nosaukums Vecākais zinātniskais līdzstrādnieks Galvenie pienākumi Elektronu - caurumu plazmas īpašību pētīšana Ge nehomogēnā krustotos elektriskā un magnētiskā laukā
1983.g.- līdz šim laikam Darba vietas nosaukums Rīgas Politehniskais institūts, Pusvadītāju Fizikas laboratorija Amata nosaukums Laboratorijas vadītājs; Galvenie panākumi Materiālzinātne. Plāno kārtiņu un pusvadītāju virsmas struktūras pētīšana. Pusvadītāju (Ge, Si, 6H-SiC, Te, CdTe, CdHgTe un InSb) optisko un elektrisko īpašību pētīšana nehomogēnā elektriskā, magnētiskā un temperatūras laukā. Jaudīga lāzerstarojuma mijiedarbība ar pusvadītājiem Si, Ge, InSb CdTe, SiC. Pārneses procesu pētīšana metālos (CoSi 2 ) un dielektriķos (SiO 2 , Si 3 N 4 ) nehomogēnā temperatūras laukā. Datums: no (09/2002) līdz (03/2010) 1975.-1979.g. Darba vietas nosaukums Rīgas Politehniskais institūts
Asistents Galvenie pienākumi Laboratorijas darbu un praktisko nodarbību vadīšana Datums: no (09/2002) līdz (03/2010) 1979.-1994.g. Darba vietas nosaukums Rīgas Politehniskais institūts
Docents
Galvenie pienākumi Fizikas kursa lasīšana; doktorantūras vadīšana Datums: no (09/2002) līdz (03/2010) 1994.g. - Darba vietas nosaukums Rīgas Tehniskā universitāte; Amata nosaukums Profesors, Kondensētās vielas inţenierfizikas profesora grupas vadītājs
Kursu lasīšana: 1. Fizika ( profesionāliem inţenieriem) 2. Tehnoloģiju fizikālie pamati. 3.Doktorantūras vadīšana
Kopējais publikācijas skaits ir 403 tajā skaitā 70 patentu no tiem 9 Latvijas Republikas patentu ,
un 2 monogrāfijas 2. Zinātniskā darbība un publikācijas pēdējos sešos gados . No 1995.g.Starptautisko konferenču “Ultrafast phenomena in semiconductors” (Viļņa,
Lietuva, 1995, 1998, 2001, 2004, 2007un 2010.g.) starptautisko komitejas loceklis. - 524 - No 1998.g. Starptautiskā ţurnāla “Material Science” reģionālais redaktors. 1996.g. SPIE konferences AOMD‟96 (Rīga, Latvija) organizācijas komitejas loceklis; SPIE konferenču padomnieku komiteju loceklis:”Optical storage and transmission of information (Kijeva, Ukraina, 1996); “ Material Science and material properties of IR optoelectronics” (Uţgoroda, Ukraina, 1996). No 2000.g. RTU un DU apvienotas Astronomijas un fizikas profesoru padomes loceklis. 2008.g. Starptautisko konferenču „Ŗadiation Interaction with Material and Its Use in Technologies 2008”, Kaunas, Lithuania 24-27 September, 2008, starptautisko padomnieku komitejas loceklis. 2009.g. Goda profesors Šizuokas universitātē, Japāna. 2010.g. Starptautiskas konferences „Inter-Academia 2010”, Rīga, 9-12 Augusts, 2010 vadītais
2006.g.: Intern. Conf. „Ŗadiation Interaction with Material and Its Use in Technologies 2006”, Kaunas, Lithuania, 28-30 September, 2006. 2008g.: Intern.Conf. „Radiation Interaction with Material and Its Use in Technologies 2008”, Kaunas, Lithuania 24-27 September, 2008. 2009.g.:1. Intern.Conf. „Nanostructured Materials and Nanocomposites” (INCM- 2009) Kottaym, Indija; 2. Scientific Works of 10-th International Young Scientists Conference Optics and High Technology Material Science - SPO 2009, October 22-25, 2009, Kyiv, Ukraina
1. „Slēpto slāņu veidošanās dinamika un jauno ar lāzeru inducēto centru pētījumi”, Nr. 96.0535, 1997.-2000.g., vadītājs Prof. A.Medvids; 2.
„Atomu difūzija un dreifs kristāliskā reţģī temperatūras gradienta un elektriskā laukā”. 2000.-2004.g. Nr. 01. 0577, vadītājs Prof. A.Medvids; 3.
2005.-2009.g. Nr.05.0026, vadītājs Prof. A.Medvids; ES un starptautiskie projekti: 4.
Nr. FP7-218000 (2008.-2010.g.) „Cooperation across Europe for Cd(Zn)Te based Security Instruments”, vadītājs Prof. H. Lambropoulos (vadītājs no Latvijas puses Prof. A.Medvids). 5.
„Studies on Nitride and Oxide Semiconductor Nanostructures for Energy Technology Applications”, vadītājs Prof. A.Medvids; 6.
Latvijas-Baltkrievijas sadarbības projekts Nr. L7306 (2007.-2009.g.) „Pašorganizētu nanostruktūru formēšanas paņēmiena izstrādne uz Si un SiGe cieta šķīduma virsmas ar jaudīgu lāzera starojumu, izmantošanai elektroniskajās un optoelektroniskajās ierīcēs” , vadītājs Prof. A.Medvids; 7. Līdzdalība starptautiskā projektā (EC project „PRAMA” contract N. G5MA- CT-2002-04014), Lietuva.
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konstruēšana un izgatavošanas tehnoloģijas izstrāde”, vadītājs Prof. A.Medvids; 8.
optisko šķiedru mijiedarbība spektra infrasankanajā apgabalā”, vadītājs Prof. A.Medvids; 9.
2 stikla dielektriskās caurlaidības samazināšana ar YAG:Nd lāzera starojumu”, vadītājs Prof. A.Medvids; 10.
un telpisko sadalījumu pusvadītājos mehānismu pētīšana”, vadītājs Prof. A.Medvids; 11.
monokristāliska SiGe virsmas ar lāzera starojumu un to optisko īpašību pētīšana”, vadītājs Prof. A.Medvids; 12.
RTU projekts Nr. ZP-2008/17 (2008.-2009.g.) ”Poru veidošanas tehnoloģija pusvadītājos ar jaudīgu lāzera starojumu”, vadītājs Prof. A.Medvids; 128 publikāciju saraksts 2004.-2009.g. Konferences saraksts 1.
A. Medvids, A. Micko, P. Onufrijevs und D. Grabovskis, „Lāzerdefektu ģenerācijas dinamika IV grupas pusvadītājos”, LU CFI 21. zinātniskās konferences referātu tēzes 7.-9. februārī, 52 lpp., 2005. 2.
D. Tribandis, A. Grigonis, A. Reza, A. Medvid‟, P. Onufrijevs. „Diamond like carbon film, deposited from acetylene/hydrogen plasma, irradiation using coherent beam”, 36-oji Lietuvos nacionaline fizikos konferencija, programma ir pranešimu tezes, World Year of Physics 2005, m.birţelio 16-18 d. Vilnius, p.136, 2005. 3.
A. Medvid‟, P.Onufrijevs, D.Grabovskis, Process amorphisation- crystallization on surface of Si and Ge by laser radiation. Book of abstracts of the 7 th
Technologies 27-31 August, 2005 Palanga, Lithuania, p. 63, 2005. 4.
A. Medvids, A. Micko, P. Onufrijevs un D. Grabovskis, „Lāzerdefektu ģenerācijas dinamika IV grupas pusvadītājos”, LU CFI 21. Zinātniskās konferences referātu tēzes 7.-9. februāris, 52.lpp., 2005. 5.
A.Medvids, P.Onufrijevs, D.Grabovskis, F.Muktepavela, G.Bakradze. Low- K SiO
2 layer formation on Si by YAG”Nd laser radiation. Abstract of Latvian conference ”Functional materiāls and nanotechnologies”, p.46, Riga, March 27-28, 2006. 6.
nanohils formed on a surface of Ge by laser radiation. Abstract of and Latvian conference ”Functional materiāls and nanotechnologies”, p.45, Riga, March 27-28, 2006. 7.
perspective of development in Latvia”. Abstract of Latvian conference ”Functional materiāls and nanotechnologies”, p.59, Riga, March 27-28, 2006. - 526 - 8.
A.Medvid‟, L.Fedorenko, B.Korbutjak, S.Kryluk, M.Yusupov, A. Mychko. „Modification of band-gap in surface layer of CdZnTe by YAG:Nd +3 laser radiation” . Abstracts of International Conference Advanced Optical Materials and Devices-5, Vilnius, Lithuania, 27-30 August, p.45a, 2006. 9.
Artur Medvid‟, Igor Dmytruk, Pavels Onufrijevs and Iryna Pundyk. “Origin of Photoluminescence from Nanohills Formed on a Surface of Ge and Si Single Crystals by Laser Radiation” . Abstracts of International Conference
August, p.95, 2006. 10.
Iryna Pundyk. Quantum Confinement Effect in Ge, Quasi QDs Formed by Laser Radiation. Book of abstracts of the 8th international Summer school- Conference Advanced Materials and Technologies. 27-31 August, 2006, Palanga, Lithuania, p. 123, 2006. 11.
Si Surface after Laser Processing. Book of abstracts of the 8 th international Summer school-Conference Advanced Materials and Technologies. 27-31 August, 2006, Palanga, Lithuania, p.118, 2006. 12.
amorphous diamond – like carbon films by laser irradiation. Abstracts of International workshop on advanced spectroscopy and optical materials. 11 – 14, June, 2006, Gdansk, Poland, p.53, 2006. 13.
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Quantum Confinement Effect in Nanohills Formed on a Surface of Ge by Laser Radiation. Abstracts of the Interational Conference “Extended defects in Semiconductors”, September 17-22, Halle, Germany, P41, 2006. 14.
A.Medvid‟, P. Onufrijevs, E. Mellikov, D. Kropman, F. Muktepavela, G. Bakradze, N.L.Dmitruk, O.Kondratenko, „Low–K factor of SiO 2 layer on Si by YAG:Nd laser radiation”, Book of Abstracts of 10 th Europhysical Conference on Defects in Insulating Materials, Milan, Italy, July 10-14, 2006.
15.
Arturs Medvids, Pavels Onufrijevs, Igor Dmytruk, Iryna Pundyk. „Quantum Confinement Effect in Nanohills Formed on a Surface of Si,Ge and GaAs by Laser Radiation” Abstracts of Congress Nanotech Northern Europe 2007, Helsinki, Finland 26-29 April, p.79, 2007. 16.
Artur Medvid‟, Pavels Onufrijevs, Igor Dmitruk, Irina Pundyk. Properties of Nanohills Formed on a Surface of Ge, Si and GaAs by Laser Radiation: Quantum Confinement Effect. Abstracts III Ukrainian Conference on Semiconductor Physics, Odessa, Ukraine, p. 81, 17-22, June 2007. 17.
A. Medvid, A. Mychko, L. Fedorenko, B. Korbutjak „ Graded Band-gap Formation in CdZnTe by Nd:YAG Laser Radiation”, book of Abstracts Functional materials and nanotechnologies, Riga, 2-4 aprīlis 2007, Riga, p. 139, 2007. 18.
Arturs Medvids, Pavels Onufrijevs, Igor Dmytruk, Irina Pundyk, „Properties of Nanohills Formed on a Surface of Ge, Si and GaAs by Laser Radiation: Quantum Confinement Effect”, FM&NT-2007, International Baltic Sea Region conference “Functional. materials and nanotechnologies” p.24, 2007.
19.
A. Mychko, A. Medvid, P. Onufrijevs, L. Fedorenko, „Graded Band-gap Formation in CdZnTe by Nd:YAG Laser Radiation”, book of Abstracts 8th - 527 - International Symposium on Laser Precision Microfabrication 23-29 aprīlis 2007, Viena, p. 198, 2007. 20.
gap Formation in CdZnTe by Nd:YAG Laser Radiation”, Proc.of III Ukrainian conference on Semiconductor physics, 17-22. June, Odesa, p.320, 2007. 21.
“PROPERTIES OF NANOHILLS FORMED ON A SURFACE OF Ge, Si AND GaAs BY LASER RADIATION: QUANTUM CONFINEMENT EFFECT”, International Conference, “Fundamentals of Laser Assisted Micro– and Nanotechnologies”, (FLAMN-07), June 25-28, St. Petersburg, Russia, p.134, 2007. 22.
A. Medvuds, P. Onufrijsvs, „Controllable Exit Radius of Optical Fibre by Laser, The 6th International Conference on Global Research and Education, September 26-30, 2007, Hamamatsu, Japan, Abstracts, p.132, 2007. 23.
Properties of Nanohills Formed on a Surface of Ge, SiO 2 /Si and GaAs by Laser Radiation: Quantum Confinement Effect” The 6th International Conference on Global Research and Education, September 26-30, 2007, Hamamatsu, Japan, Abstracts, p.57, 2007. 24.
A. Medvud‟, P. Onufrijsvs, „Controllable Exit Radius of Optical Fibre by Laser, Proceedings of The 6th International Conference on Global Research and Education, Hamamatsu, Japan, Vol.2, pp. 1080-1084, 2007. 25.
Properties of Nanohills Formed on a Surface of Ge, SiO 2 /Si and GaAs by Laser Radiation: Quantum Confinement Effect” Proceedings of The 6th International Conference on Global Research and Education, Hamamatsu, Japan, Vol.2, pp. 462-471, 2007. 26.
A.Медвидс, П.Онуфриевс, П. Гаидук, И. Манак, Разработка метода формирования самоорганизованных наноструктур мощным лазерным излучением на поверхности Si и сплавов SiGe для электронных и оптоэлектронных приборов, Белорусско-Латвийский научно-
иновационный форум 18-19 декабря 2007, Минск, стр.64-66. 27.
A.Medvid, P.Onufrijevs, K.Lyutovich, M.Oehme, E.Kasper, N.Dmytruk, O.Kondratenko, I.Dmytruk, I.Pundyk. SELF-ASSEMBLY OF NANOHILLS IN SixGe1-x/Si HETEROEPITAXIAL STRUCTURE DUE TO Ge REDISTRIBUTION INDUCED BY LASER RADIATION, International Baltic Sea Region conference “Functional materials and nanotechnologies” FM&NT-2008, April 1-4, 2008, Riga, Latvia, p.49, 2008. 28.
A.Medvid, A.Mychko, N.Litovchenko, O.Strilchuk, P.Onufrijevs, A.Pludons. OPTICAL PROPERTIES OF NANOSTRUCTURES ON A SURFACE OF CdZnTe TERNARY COMPOUND BY LASER RADIATION, International Baltic Sea Region conference “Functional materials and nanotechnologies” FM&NT-2008, April 1-4, 2008, Riga, Latvia, p. 105, 2008. 29.
A. Grigonis, D.Tribandis, A.Medvid, P.Onufrijevs. LASER-INDUCED TRANSFORMATION OF DIFFERENT TYPES OF a-C:H THIN FILMS, International Baltic Sea Region conference “Functional materials and nanotechnologies” FM&NT-2008, April 1-4, 2008, Riga, Latvia, p.147, 2008. 30.
Artur Medvid‟, Pavels Onufrijevs, Igor Dmitruk, Iryna Pundyk. LASER INDUCED SELF-ORGANIZATION OF NANOWIRES ON SiO2/Si - 528 - INTERFACE, Workshop on Recent Advances of Low Dimensional Structures and Devices, School of Physics and Astronomy University of Nottingham, UK, 7-9 April 2008. 31.
A.Medvid', P.Onufrijevs, K.Lyutovich, M. Oehme, E. Kasper, N.Dmitruk, O.Kondratenko, I.Dmitruk, I.Pundyk, Self-assembly of nanohills in Si 1-x
Ge x /Si heteroepitaxial structure due to Ge redistibution induced by laser radiation, EMRS -Symposium I: Front-end junction and contact formation in future Silicon/Germanium based devices, Strasbourg, France 25-30 May, 2008, p.21, 2008.
32.
Artur Medvid‟, Pavels Onufrijevs, Igor Dmitruk, Iryna Pundyk, Klara Lyutovich, Michael Oehme, Erich Kasper, Nanocrystals Grown on a Surface of Si, Ge and Si 1-x Ge
/Si Crystals Stimulated by Laser Radiation, The 4th Asian Conference on Crystal Growth and Crystal Technology (CGCT-4), Sendai, Japan, 21-24 May, p.101, 2008. 33.
A. Medvid‟, A. Mychko, N.Litovchenko, O. Strilchuk, P.Onufrijevs and A Pludons, Optical Properties of Nanostructure Formed on a Surface of CdZnTe Crystal by Laser Radiation, Abstracts of the 10 th International Workshop on Radiation Imaging Detectors, June 29 – July 3, Helsinki, Finland, p.88, 2008. 34.
Artur Medvids, Pavels Onufrijevs, Photoluminescence of Si Nanohills Formed by Laser Radiation, The 6th International Conference,“Advanced Optical Materials and Devices” Abstract, 24-27 August 2008, Riga, Latvia, p.21, 2008. 35.
A.Medvid‟, P.Onufrijevs, A.Ulyashin, E.Dauksta, D.Grabovskis, J.Barloty, A.Pludons, Dynamics of Nanostructure Formation Using Point Defects in Semiconductors by Laser Radiation, Abstracts of the Inter.Conf. Extended Defects in Semiconductors 2008, September 14-19 Poitiers, France, p.P6, 2008. 36.
П.И.Гайдук, А.Медвидс, П.Онуфриевс, Формирование нанорильефа на поверхности SiGe-сплава при импульсной лазерной обработке, Материалы,VII Международная научно-техническая конференция “КВАНТОВАЯ ЭЛЕКТРОНИКА” 13-16 Октября 2008 г. Минск, Беларусь, с.133,2008. 37.
структу на поверхности GaAs лазерным методом, Материалы,VII Международная научно-техническая конференция “КВАНТОВАЯ ЭЛЕКТРОНИКА” 13-16 Октября 2008 г. Минск, Беларусь, с.155-156(2008). 38.
G.Mezinskis, L.Grigorjeva, P.Onufrijevs, D.Andersone, Photoluminescence of ZnO Nanostructure Formed by Laser Radiation, Proc. Of Īntern.Conf. „Radiation Interaction with Material and Its Use in Technologies 2008”, Kaunas, Lithuania 24-27 September, 2008, pp.58-59, 2008. 39.
A.Medvid‟, A.Mychko, N.Litovchenko, O.Strilchuk, P.Onufrijevs, A.Pludons,”Properties of nanostructures on a surface of CdZnTe compound formed by laser radiation”, Proc. Of Īntern.Conf. „Radiation Interaction with Material and Its Use in Technologies 2008”, Kaunas, Lithuania 24-27 September, 2008, pp.208-211, 2008. 40.
porous Si fabricated by laser radiation and subsequent electrochemical etching”, Proc. Of Īntern.Conf. „Radiation Interaction with Material and Its Use in Technologies 2008”, Kaunas, Lithuania 24-27 September, 2008, pp.60-61. 41.
(Invited speaker)A.Medvid‟, P.Onufrijevs, I.Dmitryk, I.Pundyk K.Lyutovich, M.Oehme, E.Kasper, Mechanism of Nanohills growth in Si 1-x
Ge x /Si structure by laser radiation, Proc. Of Īntern.Conf. „Radiation Interaction - 529 - with Material and Its Use in Technologies 2008”, Kaunas, Lithuania 24-27 September, 2008, pp.194-195, 2008. 42.
T.Laas, A.Medvid‟,”Strain relaxation mechanism in the Si-SiO2 system and its influence on the interface properties”, Proc. Of Īntern.Conf. „Radiation Interaction with Material and Its Use in Technologies 2008”, Kaunas, Lithuania 24-27 September, 2008, pp.60-61, 2008. 43.
A.Medvid‟, „Impurities Interaction with Point Defects in the Si-SiO 2 System and Its Influence on the Interface Properties”, Abstracts of the 4th Vacuum and Surface Sciences Conference of Asia and Australia, October 28- 31,2008, Matsue, Japan, p.178. 44.
(Invited speaker) Arturs Medvids “Nanostructures Formation on a Surface of Semiconductors by Laser Radiation: Technology and Model”, Abstracts of 1 st International Conference on
Nanostructured Materials and Nanocomposites, pp.28-29, April 6-8, 2009, Kerala, India. 45.
A.Medvids, P.Onufrijevs, “A Novel Laser Technology for Nanostructure Formation in Semiconductors” 15th Semiconducting and Insulating Materials Conference, Programme & Abstracts, June 15-19, Vilnius, Lithuania, P78, 2009. 46.
A.Medvids, A Mychko,”Mechanism of Nanostructure Formaition on a Surface of CdZnTe crystal by Laser Irradiation”, Book of Abstracts of 7 th International Conference on Luminescent Detectors and Transformers of Ionizing Radiation, 12-17 July, Krakov, Poland, p.251, 2009. 47.
Igor Dmitruk, Iryna Pundyk, “A Novel Laser Technology for Nanostructure Formation in Elementary Semiconductors: Quantum Confinement Effect”, Book of Abstracts of IV Ukainian Sc.Conf. on Physics of Semiconductor, September 15-19, 2009, Zaporizhie, Vol.2, pp.136-137, 2009. 48.
Nanostructure Formation on a Surface of CdZnTe crystal”, Book of Abstracts of IV Ukainian Sc.Conf. on Physics of Semiconductor, September 15-19, 2009, Zaporizhie, Vol.2, pp.190-191, 2009. 49.
(Invited speaker) Artur Medvid‟, Pavels Onufrijevs, Igor Dmitruk, Iryna Pundyk,”A Novel Laser Technology for Nanostructures Formation in Semiconductors”, Scientific Works of 10-th International Young Scientists Conference Optics and High Technology Material Science - SPO 2009, October 22-25, 2009, Kyiv, Ukraina, p.30. 50.
A.Pludons, K.Smith,” Zinc oxide nanoparticle PVA (PMMA) composites: preparation, structure and photoluminescence alteration by laser radiation of materials” Abstracts book of Nanotech Europe 2009,
28-30 September Berlin, Germany, 2009, p. 194. 51.
A.Medvid‟, A.Mychko, E.Dauksta, E.Dieguez, Y.Naseka,” Increased Radiation Hardness of CdZnTe, by Laser Radiaton”, Book of abstracts of the International Conference “Functional materials and nanotechnologies 2010”, Macrch 16-19, p.133, 2010. 52.
T.Puritis, J.Kaupuzs, A. Medvid, P. Onufrijevs, E.Dauksta, ”Si, CdTe nanocrystals and surface structuring for solar cell application”, Book of - 530 - abstracts of the International Conference “ Functional materials and nanotechnologies 2010”, Macrch 16-19, p.134, 2010. 53.
radiation on microhardness of a semiconductor”, Book of abstracts of the International Conference “ Functional materials and nanotechnologies 2010”, Macrch 16-19, p.138, 2010. 54.
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