ministry of education and science of ukraine · 2018-02-05 · ministry of education and science of...

MINISTRY OF EDUCATION AND SCIENCE OF UKRAINE

Sumy State University Ivan Franko National University of Lviv

National University Lviv Polytechnic

Lublin University of Technology

Kaunas University of Technology

4-th INTERNATIONAL CONFERENCE

NANOMATERIALS:

APPLICATIONS &

PROPERTIES-2014

NAP-2014

PROGRAM

Lviv, Ukraine

September 21-26, 2014

Dear Colleagues!

The NAP-2014 Organizing Committee is very glad to

Welcome You to our Conference!

The Conference is devoted to new actual problems of modern Ma-

terial Science. Among them: technology of nanomaterial production,

properties of bulk and thin film nanomaterials, nanomaterial-based

coatings, nanosystems and nanoparticles. The Conference is focused

on the applications of nanomaterials in Industry, Biology, Medicine,

Chemistry and methods of the nanomaterials research.

We wish You fruitful discussions and excellent rest in historical

center of Lviv. Hope, You will meet old friends and make new ones

during the Conference.

You can easily become acquainted with the Conference content

and find many other helpful information any time using our website

http://nap.sumdu.edu.ua.

http://nap.sumdu.edu.ua/

3

Chair

Anatoliy V. Vasylyev (Ukraine), Alexander D. Pogrebnjak (Ukraine)

International Scientific Committee

Stan Veprek (Germany) Masaki Mizuguchi (Japan) Cyril Aymonier (France)

Jean Roncali (France) Eva Majkova (Slovakia) Masakatsu Murakami (Japan)

Nikolay A. Azarenkov (Ukraine) Arturs Medvids (Latvia) Paulo J. Ferreira (USA)

Alfonsas Grigonis (Lithuania) Pawel Zukowski (Poland) Vojislav V. Mitic (Serbia)

Marta Marszalek (Poland) Vladimir V. Uglov (Belarus) Yury Gogotsi (USA)

Jindrich Musil (Czech Republic) Andriy Kovalenko (Canada) Rodolphe Antoine (France)

Sergei Nepijko (Germany) Jerzy Zuk (Poland) Michael J. Kohler (Germany)

J. Paul Chen (Singapore) Gregory Abadias (France) Ivan Yu. Protsenko (Ukraine)

Muhammad Bashouti (Germany) Fadei F. Komarov (Belarus) Volodymyr Ivashchenko(Ukraine))

Local Organizing Committee

Alexander D. Pogrebnjak (Ukraine) Taras V. Lyutyy (Ukraine) Dmitriy L. Zagorskiy (Russia)

Aleksey A. Drozdenko (Ukraine) Serhiy O. Petrov (Ukraine) Igor Polovynko (Ukraine)

Oleksandr V. Bondar (Ukraine) Janusz Partyka (Poland) Serhiy I. Protsenko (Ukraine)

Local Organizing Committee

Address: NAP-2014 Conference, Sumy State University

2, Rimsky-Korsakov Street, Sumy 40007, Ukraine

Web: www.nap.sumdu.edu.ua

E-mail: [email protected]

Fax: + 380 542 33 40 58

Contact persons

Alexander D. Pogrebnjak Taras V. Lyutyy Serhiy I. Protsenko Aleksey A. Drozdenko

[email protected] [email protected] serhiy.protsenko

@ gmail.com

aleksey.drozdenko

@gmail.com

+ 380 68 6529647 + 380 66 9379149 + 380 50 6358863 + 380 959193335

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Information for the Participants

CONFERENCE SESSIONS

Will be held in the Conference hall Dnister Premier Hotel, 6, Mateyka St., Ukraine. Information about possible amendments in the Conference Program will be available via the announcements at the Local Organizing Committee information desk or on the website http://nap.sumdu.edu.ua.

PRESENTATIONS

Invited reports – 35 min. + 5 min. discussion; Oral presentations – 13 min. + 2 min. discussion; Recommended size of poster is A1 (594 × 841 mm).

LANGUAGE

English.

CONFERENCE PROCEEDINGS

The proceeding papers were published in the Journal

“PROCEEDINGS OF THE INTERNATIONAL CONFERENCE NANOMATERIALS:

APPLICATIONS AND PROPERTIES” (PROC. NAP), VOL. 3

Publisher: Sumy State University;

ISSN: 2304-1862;

e-ISSN: 2306-580X;

Availability: freely online;

Web: http://pnap.sumdu.edu.ua/;

Indexed by: DOAJ

Scientific Periodicals (Vernadsky National Library of Ukraine).

http://pnap.sumdu.edu.ua/

NAP-2014

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Schedule of the Conference

SEPTEMBER 21, SUNDAY

14:00 - 20:00 Registration of the Participants

SEPTEMBER 22, MONDAY

08:00 - 09:00 Breakfast

9:00 - 9:40 Official Opening of the Conference

Mr. Andriy Sadovyi,

Mayor of Lviv, Ukraine

Prof. Nikolay A. Azarenkov,

International Scientific Committee member, V.N. Karazin Kharkiv National University, Ukraine

Prof. Alexander Pogrebnjak, Dr. Taras V. Lyutyy, Organizing Committee, Sumy State University, Ukraine

ORAL SESSION 1

Chairmans: Dr. Prof. Alexander POGREBNJAK Sumy State University (Ukraine) Dr. Prof. Stan VEPREK Technische Universität München (Germany)

Plenary Report

10:00 - 10:40 Report No O1.1 Proceeding ID 01FNC02

The Search for New Super- and Ultrahard

Materials: Go Nano!

Dr. Prof. Stan VEPREK Technische Universität München (Germany)

Plenary Report

10:40 - 11:20 Report No O1.2

Development of Noble Metal-Free Large Magnetic Anisotropy

Thin Films

Dr. Prof. Masaki MIZUGUCHI Tohoku University (Japan)

11:20 - 11:40 Coffee/Tea Break

Track: Properties and Characterizations of Surfaces and Interfaces

11:40-11:55 Report No O1.3 Proceeding ID 01PCSI04

11:55 - 12:10 Report No O1.4 Proceeding ID 01PCSI05



Track: Nanostructured Thin Films

12:40 - 12:55 Report No O1.7 Proceeding ID 01NTF04 13:00 - 14:00 Lunch

NAP-2014

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14:00 - 15:00 POSTER SESSION 1

Chairman: Dr. Prof. Janusz Partyka Lublin University of Technology (Poland)



ORAL SESSION 1

Chairmans: Dr. Prof. Masaki MIZUGUCHI Tohoku University (Japan) Dr. Olexander BONDAR Sumy State University (Ukraine)

15:00 - 15:15 Report No O1.8 Proceeding ID 01NTF12









SEPTEMBER 23, TUESDAY

08:30 -09:00 Breakfast

ORAL SESSION 2

Chairmans: Dr. Prof. Volodymyr IVASHCHENKO Institute for Problems of Material Science (Ukraine)

Dr. Prof. Serhiy PROTSENKO Sumy State University (Ukraine)

Plenary Report

09:00 - 09:40 Report No O2.1 Proceeding ID 02NNPT06

When Mass Spectrometry Meets Nanoparticles.

Weighing, Manipulating and Fragmenting Single

Nanoparticles in the Gas Phase

Dr. Prof. Rodolphe ANTOINE Université Claude Bernard Lyon 1 (France)

Plenary Report

09:40 - 10:20 Report No O2.2

Parameter Continuous and Controlled Design of

High Quality Nanostructures in Supercritical Fluids Dr. Prof. Cyril AYMONIER,

Université de Bordeaux (France)

NAP-2014

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Track: Functional Nanostructured Coatings

10:20-10:35 Report No O2.3 Proceeding ID 01FNC01 10:20-10:35 Report No O2.4 Proceeding ID 01FNC03 10:35-10:50 Report No O2.5


Track: Plasma and Ions for Surface Engineering. Radiations Effects

11:10 - 11:25 Report No O2.6 Proceeding ID 01PISERE01

Track: Magnetic Fine Particles and Multilayers

11:25 - 11:40 Report No O2.7 Proceeding ID 01MFPM03 11:40 - 11:55 Report No O2.8 Proceeding ID 01MFPM04 11:55 - 12:10 Report No O2.9

Track: Carbon Based Nanoscale Materials

12:10 - 12:25 Report No O2.10 12:25 - 12:40 Report No O2.11

Track: Nanoparticle and Nanodevice Production Technology

12:40 - 12:55 Report No O2.12 Proceeding ID 02NNPT02 13:00 - 14:00 Lunch 14:00 - 15:00 POSTER SESSION 2

Chairman: Dr. Vladislav BORISYUK Sumy State University (Ukraine)


Track: Plasma and Ions for Surface Engineering. Radiations Effects




Track: Measurement and Analysis of Nanoscale ORAL SESSION 2

Chairmans: Dr. Prof. Vojislav MITID University of Niš (Serbia) Dr. Taras LYUTYY Sumy State University (Ukraine)

Plenary Report 15:00 - 15:40 Report No O2.13 From the Electronics Ceramics Materials Structure

Fractal Corrections Model to Higher Electronics Circuit

Integrations within the Fractal Electronics Frontiers

Dr. Prof. Vojislav MITID University of Niš (Serbia)

NAP-2014

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16:25 - 16:40 Report No O2.16

16:40 - 16:55 Report No O2.17

SEPTEMBER 24, WEDNESDAY

08:30 - 09:00 Breakfast

ORAL SESSION 3

Chairmans: Dr. Prof. Andriy KOVALENKO University of Alberta (Canada) Dr. Prof. Cyril AYMONIER, Université de Bordeaux (France)

Plenary Report 09:00 - 09:40 Report No O3.1

Energy Transfer at Silicon Nanowire Interfaces

Dr. Prof. Muhhamad BASHOUTI Max-Planck-Institute for the Science of Light (Germany)

Plenary Report


Nanoscale Forces that Control Plant Cell Wall

Strength and Effective Interactions in Nanocellulose

Based Biomaterials

Dr. Prof. Andriy KOVALENKO University of Alberta (Canada)

Track: Measurement and Analysis of Nanoscale

10:20 - 10:35 Report No O3.3 Proceeding ID 02MAN01

10:35 - 10:50 Report No O3.4 Proceeding ID 02MAN02


Track: Nanopolymers and Nanocomposites: Synthesis and Applications

11:10 - 11:25 Report No O3.5 Proceeding ID 02NNSA05

Track: Nanomaterials Applications in Biotechnologies and Medicine

11:25 - 11:40 Report No O3.6 Proceeding ID 02NABM01

11:40 - 11:55 Report No O3.7 Proceeding ID 02NABM03

11:55 - 12:10 Report No O3.8

NAP-2014

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Track: Nanomaterials Applications in Electronics, Spintronics and Photonics

12:10 - 12:25 Report No O3.9 Proceeding ID 02NAESF01




13:00 - 14:00 Lunch

14:00 - 15:00 POSTER SESSION 3

Chairman: Dr. Prof. Cyril AYMONIER, Université de Bordeaux (France)

Track: Nanopolymers and Nanocomposites: Synthesis and Applications

Track: Nanomaterials for Energy Applications

Track: Nanomaterials Applications in Biotechnologies and Medicine

Track: Nanomaterials Applications in Electronics, Spintronics and Photonics

ORAL SESSION 3

Chairmans: Dr. Prof. Muhhamad BASHOUTI Max-Planck-Institute for the Science of Light (Germany) Dr. Prof. Ivan SHELYKH Nanyang Technological University (Iceland)

Plenary Report 15:00 - 15:40 Report No O3.13 Proceeding ID 02NAESF03

THz Emission from Dipolariton Systems

Dr. Prof. Ivan SHELYKH Nanyang Technological University

(Iceland) 15:40 - 16:20 Report No O3.14

Parameter Tuning of Plasmonic Nanoparticles by

Application of Micro Continuous-Flow Synthesis Dr. Prof. Johann Michael KÖHLER Technische Universität Ilmenau (Germany)


15:55 - 16:10 Report No O3.15

16:30 - 16:40 THE OFFICIAL CLOSING OF THE MEETING

19:00 - 22:00 Banquet

SEPTEMBER 25, THURSDAY

The cultural program

NAP-2014

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Report list

SEPTEMBER 22, MONDAY

Oral SESSION O1

Plenary Reports

10:00-10:40

O1.1 The Search for New Super- and Ultrahard Materials: Go Nano!

Dr. Prof. Stan VEPREK (Germany) 01FNC02

10:40-11:20

O1.2 Development of Noble Metal-Free Large Magnetic Anisotropy

Thin Films

Dr. Prof. Masaki MIZUGUCHI (Japan)

11:20 - 11:40

Coffee/Tea Break


11:40-11:55

O1.3 Theory of the Scope Change under Magnetic Field, Temperature and

Stress

Polyakov P.I., Ryumshyna T., Taranets R.M. 01PCSI04

11:55 - 12:10

O1.4 Structural Properties of Magnesium Oxide Thin Films Deposited by

Spray Pyrolysis Technique

Dyachenko A., Opanasuyk A., Kurbatov D., Bolshanina S., Kuznetsov V. 01PCSI05

12:10 - 12:25

O1.5 An Interface Phenomenon in Polymer Matrix Composites Induced

by Influence of Constant Magnetic Fields

Demchuk V.B. 01PCSI07

12:25 - 12:40

O1.6 Thermodynamics of Fragmentation of Solids at Severe Plastic

Deformation

Khomenko A., Troshchenko D.S., Boyko D.V., Zaharov M.V. 01PCSI16

NAP-2014

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12:40 - 12:55

O1.7 Formation Features of Thin Bilayer Objects «Conductor-Dielectric»

Obtained by Screen Printing Method

Umerova S., Dulina I.O., Ragulya A.V. 01NTF04

13:00 - 14:00

Lunch

14:00 - 15:00

POSTER SESSION 1

15:00 - 15:15

O1.8 Effect of Substrate Temperature on the Properties of PECVD SiCN

Films

Kozak A., Porada O., Ivashchenko V., Ivashchenko L., Tomila T. 01NTF12

15:15 - 15:30

O1.9 Adsorption of Water on a Cesium Covered SrTiO3 (100) Surface

Vlachos D., Giotopoulou E., Kamaratos M. 01NTF15

15:30 - 15:45

O1.10 Mechanisms of the Phase Separation of Nonstoichiometric Si Oxide

Films: What Can One Learn From Thermodynamics?

Sarikov A. 01NTF16

15:45 - 16:00

O1.11 Structural and Mechanical Properties of Nanocomposite Nb-Al-N

Films

Ivashchenko V., Skrynskyy P.L., Kozak A.O., Pogrebnjak A.D., Timofeyeva I.I., Dub S.N. 01NTF17

16:00 - 16:15

O1.12 Analysis of Morphology and Elemental Composition of (Ti-Zr-Hf-

V-Nb)N High-entropy Alloys

Bagdasaryan A.A., Bilokur M.O. 01NTF19

16:15 - 16:30

Coffee/Tea Break

NAP-2014

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16:30 - 16:45

O1.13 Structure and Properties NbN and Nb-Si-N Deposited by Magnetron Sputtering

Ivashchenko V., Lytvyn O., Scrynskyy P., Rogoz V., Sobol’ O.V., Kuzmenko A.P. 01NTF22

16:45 - 17:00

O1.14 Properties of Multilayered Nanoscale TiN/MoN Coatings, Fabricated Using Arc Evaporation

Bondar O.V., Pogrebnjak A.D., Abadias G., Eyidi D., Zhollybekov B. 01NTF23

17:00 - 17:15

O1.15 Effect of Substrate Temperature on the Structural Properties of CdxZn1-xTe Films Grown by Close-Spaced Sublimation Method

Znamenshchykov Ya.V., Kosyak V.V., Opanasyuk A.S., Stanislavov A., Kuznetsov V., Gnatenko Yu.P. 01NTF24

SEPTEMBER 23, TUESDAY

Oral SESSION O2

Plenary Reports

09:00-09:40

O2.1 When Mass Spectrometry Meets Nanoparticles. Weighing,

Manipulating and Fragmenting Single Nanoparticles in the Gas

Phase

Dr. Prof. Rodolphe ANTOINE (France), Doussineau T., Dugourd P. 02NNPT06

09:40-10:20

O2.2 Parameter Continuous and Controlled Design of High Quality

Nanostructures in Supercritical Fluids Dr. Prof. Cyril AYMONIER (France), S. Marre


10:20-10:35

O2.3 Optical Properties of Multilayered Metal-Dielectric Structures Containing Silver Nanoparticles

Malynych S.Z., Yeshchenko O., Bondarchuk I., Galabura Yu., Chumanov G., Luzinov I. 01FNC01

NAP-2014

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10:20-10:35

O2.4 Aerosol Route to Antibacterial Nanosilver Coating of Cotton Fabrics

Hontañón E., Feng J., Blanes M., Guo X., Santos L., Schmidt-Ott A., Nirschl H., Kruis F.E. 01FNC03

10:35-10:50

O2.5 Fundamental Processes and Factors Affecting Shape Memory

Behaviour of Alloys

Adiguzel O.

10:50 - 11:10

Coffee/Tea Break

Track: Plasma and Ions for Surface Engineering. Radiations

Effects

11:10 - 11:25

O2.6 Development of Magnetic Field-enhanced Vacuum Arc Deposition

in China

Zhao Ya., Lang W.C., Xiao J.Q., Yu B.H., Gong J., Sun C. 01PISERE01


11:25 - 11:40

O2.7 Phase Composition and Magnetic Resistive Properties of Ni and Au

Based Films Systems

Kholod T.S., Buryk I.P., Grychanovs'ka T.M., Kostenko M.V. 01MFPM03

11:40 - 11:55

O2.8 Ferrofluid Heating by a Rotating Field: Noise-Free Limit

Lyutyy T.V., Podosynna A.V. 01MFPM04

11:55 - 12:10

O2.9 Electrical Properties of CoxInSe Crystals and Their Temperature

Dependences

Shevchyk V., Boledzyuk V., Netyaga V.

NAP-2014

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12:10 - 12:25

O2.10 Hybrid Graphite-like/polymer-like Amorphous Carbon Materials by

Plasma Synthesis

Rybachuk M., Hertwig A., Weise M., Sahre M., Moiseev A., Männ M., Beck U., Bell J.M.

12:25 - 12:40

O2.11 Inorganic Nanotubes and Fullerene-Like Nanoparticles at the

Crossroad between Materials Science and Nanotechnology

Tenne R.


12:40 - 12:55

O2.12 Features of Ni/NiO Nanopowder Synthesis by Thermal

Decomposition of Nickel Acetate Amines: Effect of Annealing

Temperature and Duration and Ammonia Content on Powder

Composition and Particle Size

Dulina I., Lobunets T., Klochkov L., Ragulya A. 02NNPT02

13:00 - 14:00

Lunch

14:00 - 15:00

POSTER SESSION 2

Plenary Reports

15:00-15:40

O2.13 From the Electronics Ceramics Materials Structure Fractal

Corrections Model to Higher Electronics Circuit Integrations

within the Fractal Electronics Frontiers

Dr. Prof. Vojislav MITID (Serbia), Kocić Lj., Paunović V., Janković S.

15:40 - 15:55

O2.14 Fabrication of a Few-Layer Graphene Electrodes for Molecular

Electronics Devices

Holovchenko A., Koole M., Burzuri E., van der Zant H. 02NNPT05

NAP-2014

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15:55 - 16:10

O2.15 Laser and Plasma Assisted Fabrication of Nanoparticles in Liquids

Tarasenko N.V., Burakov V.S., Nedelko M.I., Nevar A.A., Tarasenka N.N., Butsen A.V. 02NNPT07

16:10 - 16:25

Coffee/Tea Break

16:25 - 16:40

O2.16 Investigation of La1-xSrxMnO3 Perovskites Synthesized by Solid

State Reaction

Satilmis H., Yildiz B., Tanis Yu.E., Unlu C.G., Ozmen Yi., Cilgi G.

16:40 - 16:55

O2.17 Nano-structured Materials and Nano-devices Derived from

π-conjugated Systems

Roncali J.

SEPTEMBER 24, WEDNESDAY

Oral SESSION O3

Plenary Reports

09:00-09:40

O3.1 Energy Transfer at Silicon Nanowire Interfaces

Dr. Prof. Muhhamad BASHOUTI (Germany)

09:40 - 10:20

O3.2 Nanoscale Forces that Control Plant Cell Wall Strength and

Effective Interactions in Nanocellulose Based Biomaterials

Dr. Prof. Andriy KOVALENKO (Canada)


10:20 - 10:35

O3.3 Nanostructure Formation in Superior Quality Rails

Gromov V.E., Volkov K.V., Morozov K.V., Konovalov S.V., Alsaraeva K.V., Fefilova A., Semina O.A. 02MAN01

NAP-2014

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10:35 - 10:50

O3.4 Estimation of Coloration Properties of PA6/TiO2 Nanocomposites

Based on Combined Light Scattering Theories

Rastar A., Hoseinpour A. 02MAN02

10:50 - 11:10

Coffee/Tea Break

Track: Nanopolymers and Nanocomposites: Synthesis and

Applications

11:10 - 11:25

O3.5 Polymer Nanocomposites by QED Induced EUV Cross-linking

Prevenslik T.V. 02NNSA05

Track: Nanomaterials Applications in Biotechnologies and

Medicine 11:25 - 11:40

O3.6 Comparison of Antibacterial Activity of Green Synthesized Silver

Nanoparticles with Different Morphologies, Using MIC Method

Bayat Jozani M., Khatibzadeh M., Hashemi A. 02NABM01

11:40 - 11:55

O3.7 The Study of the Alginate / Hydroxyapatite Composites Structural

Properties

Kuznetsov V.N., Sukhodub L.B., Sukhodub L.F. 02NABM03

11:55 - 12:10

O3.8 Synthesis and Application of Nanomaterials for Biosensing

Gunasekaran S.

Track: Nanomaterials Applications in Electronics, Spintronics and

Photonics

12:10 - 12:25

O3.9 Landauer-Datta-Lundstrom Generalized Transport Model for

Nanoelectronics

Kruglyak Yu.A. 02NAESF01

NAP-2014

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12:25 - 12:25

O3.10 Heat Transfer by Phonons in Landauer-Datta-Lundstrom Approach

Kruglyak Yu.A. 02NAESF02

12:25 - 12:40

O3.11 Intrinsic Ferromagnetic Behavior in Fe-doped Cu2O Octahedra Due

to Cation Vacancy Defects

Ahmed A., Gajbhiye Namdeo S. 02NAESF04

12:40 - 12:55

O3.12 Optical Materials Activated with CeO2:Ln3+ Nanoparticles

Malashkevich G.E., Khottchenkova T.G., Kouhar V.V., Sigaev V.N., Pestryakov E.V. 02NAESF11

13:00 - 14:00

Lunch

14:00 - 15:00

POSTER SESSION 3

Plenary Reports

15:00-15:40

O3.13 THz Emission from Dipolariton Systems

Dr. Prof. Ivan SHELYKH (Iceland), Kyriienko O., Kristinsson K., Liew T. 02NAESF03

15:40 - 16:20

O3.14 Parameter Tuning of Plasmonic Nanoparticles by

Application of Micro Continuous-Flow Synthesis Dr. Prof. Johann Michael KÖHLER (Germany), Visaveliya N., Hafermann L., Knauer A.


16:20 - 16:40

O3.15 Thermal Behavior of Metallic Nanoparticles: an In-situ

Transmission Electron Microscopy Study

Ferreira P.J.

NAP-2014

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Poster SESSION P1 September 22, Monday, 14:00 - 15:00


P1.1 Using Simple Hydrothermal Method for Synthesis of CaCO3 Plate-

like Nanostructures

Salavati-Niasari M., Sabet M. 01PCSI01

P1.2 Simple Hydrothermal Method for Preparation of CoS2

Nanostructures with Different Morphologies

Salavati-Niasari M., Sabet M. 01PCSI02

P1.3 Formation of Intrinsic Defects in the Growth of CdS Nanocrystals

Bezdetko Yu.S., Klyuev V.G. 01PCSI03

P1.4 Fractal Continual Model of Matter for Classification of

Nanostructures, Clusters and Massive Bodies

Tereshkina K., Kuznetsov V.M. 01PCSI06

P1.5 Femtosecond Laser Micro/nano Machining on Metallic and

Semiconductor Materials

Rao D.N., Kuladeep R., Jyothi L. 01PCSI08

P1.6 Laser-induced Formation of Conductive Structures on Diamond-like

Carbon Films

Nikonchuk I.S., Chumakov A.I., Poklonski N., Gorbachuk N., Obukhov V. 01PCSI09

P1.7 X-Ray Diffraction Characterization of Nanoscale Strains and

Defects in Yttrium Iron Garnet Films Implanted with Fluorine Ions

Olikhovskii S., Skakunova O., Molodkin V., Lizunov V., Kyslovs'kyy Ye., Vladimirova T., Reshetnyk O., Pylypiv V., Kotsyubynsky V., Ostafiychuk B., Yaremiy I., Garpul O. 01PCSI10

P1.8 Determination of Wavelengths Which Correspond to Taken

Propagation Constant of Planar Waveguide by Wave Equation

Fourier Transform Method

Romakh V.V., Fitio V.M. 01PCSI11

P1.9 Supported Gold Nanoparticles for the Oxidation of Benzyl Alcohol

to Benzaldehyde

Bagabas A., Alshammari A., Köckritz A., Kalevaru V.N., Martin A. 01PCSI12

P1.10 Structural Features Amorphous-like Coatings AlN-TiB2-TiSi2 After

Annealing (900, 1300)ВєC and their Impact on Physical and

Mechanical Properties Changes

Demianenko A., Partyka J., Belovol K.O. 01PCSI13

NAP-2014

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P1.11 The Effect of the Introduction of Ni2+ Ions on the Electrical and

Magnetic Properties of InSe Layered Crystals

Kushnir B., Boledzyuk V.B., Shevchenko A.D. 01PCSI14

P1.12 Intrinsic Stress Formation at Plasma-Ion Deposition of TiN Coatings

in Pulse Potential Mode

Kalinichenko A.I., Kozionov S.A., Perepelkin S.S., Strel'nitskij V.E. 01PCSI15

P1.13 Adhesion and Magnetic Properties of the Ni(111)/HfC(100)

Interface

Si Abdelkader H., Faraoun H.


P1.14 Two-Dimensional Electron-Hole Liquid in Systems of Spatially

Direct and Indirect Excitons in Si/SiGe Heterostructures

Burbaev T.M., Kozyrev D.S., Sibeldin N.N., Skorikov M.L. 01NTF01

P1.15 Structural and Electro-physical Properties of Heterogenous Film

Materials Based on Refractory Metals

Buryk I.P., Ivashchenko M.M., Sheshenia L.A. 01NTF02

P1.16 Thermal Conditions of Technological Plasma Sources Cathodes

Khaustova A.N., Tsaglov A.I., Khaustova A.N. 01NTF03

P1.17 Dimensional Effects in Strain-sensitivity Film Systems Based on Ni

and Ag

Gryschuk O., Bibyk V.V., Grychanovs'ka T.M. 01NTF05

P1.18 Magnetooptical Properties of Film Systems Based on Ferromagnetic

Materials

Grychanovska T.M., Sheshenia L.A., Lytvynenko Ia.M., Bibyk V.V. 01NTF06

P1.19 Structural Transformations in Ni at the Implantation C+ Ions

Morozov O.M., Neklyudov I.M. 01NTF07

P1.20 Influence of Magnetic Field on Thermal Coefficient of Resistance of

the Granular Film Alloys

Odnodvorets L.V. 01NTF08

P1.21 Phenomenological Theory of Strain Effect in Granular Film Alloys

Odnodvorets L.V., Protsenko I.Yu., Shabelnyk Yu.M., Shumakova M.O., Shumakova N.I. 01NTF09

P1.22 Structural Properties of Chemically-Deposited ZnOxS1-x Solid

Solutions

Berestok T., Opanasyuk A., Opanasyuk N., Gnatenko Yu. 01NTF10

P1.23 Phase Dynamic of Shear Melting

Manko N.N., Lyashenko I. 01NTF11

NAP-2014

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P1.24 Thermoresistive Properties of Film Systems with Elements of

Granular State

Protsenko I.Yu., Hrychanovs'ka O.A., Karpenko K.H., Odnodvorets L.V., Panchal C.J., Kher V.H., Mehta P.K., Poduremne D.V., Protsenko S.I. 01NTF13

P1.25 Hydrogen Gas Response of Zn1-xAgxOy and Cu1-xZnxOy

Nanostructured Films

Gheorghii C.V., Postica V., Ababii N., Sontea V., Lupan O. 01NTF14

P1.26 The Viscosity Temperature Dependence in the Boundary Friction

Model under a Periodic External Action

Zaskoka A.M., Lyashenko I. 01NTF18

P1.27 Effect of the Electric Field on Ordering of Copper Phthalocyanine

Films at the Molecular and Nano-scale

Sieryk M., Dimitriev O., Doroshenko T., Grytsenko K., Kachkovsky O. 01NTF20

P1.28 Sensitive Elements of Magnetic Field Sensors Formation as Spin-

Valve Type Multilayer Structures Based on Co and Cu

Kostenko M.V., Manko A.V., Cheshko I.V. 01NTF21

P1.29 Phase Transformation in the Annealed Si-Rich SiNx Films Studied

by Raman Scattering

Komarov F., Vlasukova L.A., Parkhomenko I.N., Milchanin O.V., Togambaeva A.K., Udovichenko S.Yu., Misiyuk K.V. 01NTF25

P1.30 Structural Properties of the SnxSy Films Obtained by the Thermal

Vacuum Co-evaporation

Vozny A.A., Kosyak V.V., Opanasyuk A.S., Kuznetsov V.M. 01NTF26

P1.31 The Shift of Phase Diagram Curves in Thin Films Due to Size Effect

Shirinyan A.S., Bilogorodskyy Y.S., Makara V.A., Komisarenko O.S.

NAP-2014

21

Poster SESSION P2 September 23, Tuesday, 14:00 - 15:00


P2.1 Effect of Composition on Structure and Mechanical Properties of

Ion-plasma Coatings of Quasi-binary System TiB2-WB2

Sobol' O.V., Shovkoplyas O.A., Beresnev V.M., Kovaleva M.G. 01FNC04

P2.2 Influence of Thermal Factor and Radiation Processing on the

Structure and Stress State of TiC-WC System Ion-plasma Coatings

Shovkoplyas O.A., Sobol' O.V. 01FNC05

P2.3 Structure and Properties of Superhard (Zr-Ti-Cr-Nb)N Coatings

Postolnyi B.O., Bondar O.V., Kravchenko Yu.A., Shypylenko A.P., Sobol' O.V., Beresnev V.M., Wegierek P., Smirnova K., Kravchenko Ya. 01FNC06

P2.4 Research of Thermal Stability of Tapes of Diboride of Hafnium and

Receipt of Optimization Model of Cutting Process

Agulov A.V., Vasileva L.V., Goncharov A.A., Stupak V.A., Petukhov V.V. 01FNC07

P2.5 High Entropy Alloys Based on Nitrides of Refractory Metals - a

New Solution for Protective Coatings on the Instruments Working at

High Temperatures

Azarenkov M., Beresnev V.M., Nyemchenko U.S., Lytovchenko S.V. 01FNC08

Track: Plasma and Ions for Surface Engineering. Radiations

Effects

P2.6 Formation of Pt Cone-shaped Nanostructures by Laser Synthesis

Kozadaev K.V., Novikau A.G., Mikitchuk E.P., Migutskiy A.N. 01PISERE02

P2.7 Deposition of Uniform Vacuum Arc Coatings by Use of Magnetic

Traps for Plasma Electrons

Baranov O. 01PISERE03

P2.8 Simulation of Radiation Effects in SiO2/Si Structures

Komarov A.F., Zayats G.M., Komarov F.F., Miskiewicz S.A., Michailov V.V. 01PISERE04

NAP-2014

22


P2.9 Brownian Rotational Motion of Ferromagnetic Nanoparticle in

Liquid

Lyutyy T.V., Denisov S.I., Reva V.V. 01MFPM01

P2.10 Nanomagnetite Synthesis Via Co-precipitation of Iron Salts by

Potassium and Ammonium Hydroxides

Dudchenko N., Brik A., Stych O. 01MFPM02


P2.11 New 1D and 2D Nanoscaled Materials Based on the

Tetraoxa[8]circulene Monomer

Karaush N.N., Baryshnikov G.V., Minaev B.F. 01CBNM01

P2.12 Molecular Dynamics Study of the Mechanical Properties of the

Grapheme-like Titanium Carbide Ti2C

Borysiuk V., Mochalin V.N., Gogotsi Y. 01CBNM02


P2.13 Investigation of Presence Different Surfactant on Morphologies of

PbTe Nanostructures

Salavati-Niasari M., Gholamrezaei S. 02NNPT01

P2.14 Synthesis and Characterization of Zn(acac)2 One-dimensional

Nanostructures by Novel Method

Soofivand F., Tavakoli F., Salavati-Niasari M. 02NNPT03

P2.15 Kinetics of the Active Nanoparticles

Yushchenko O., Badalyan A.Yu. 02NNPT04

P2.16 Electrohydraulic Method for High Dispersive Magnetic Nanofluid

Synthesis

Mikelashvili V.T., Kekutia Sh., Markhulia J., Saneblidze L.

P2.17 Dependence of ZnO Morphology on Zn2+ Concentration

Alshammari A., Bagabas A., Azahrani A.Y., Asulami M., AL-Ghaihab A. 02NNPT08


P2.18 Thickness Dependent Structural, Magnetic and Transport Properties

of of Cu/Co Thin Film and Multilayer Structures

Brajpuriya R.K., Vyas A. 02MAN03

NAP-2014

23

P2.19 Surface Plasmon Enhanced Photoluminescence of Rhodamine 6G on Au Nanoparticles 2D Array: Temperature Effects

Yeshchenko O., Bondarchuk I.S., Kozachenko V.V., Losytskyy M.Yu. 02MAN04

P2.20 Description of Intermittent Plastic Flow

Yushchenko O., Yurko D.S. 02MAN05

P2.21 Template Synthesis of MoN Superconducting Nanowires

Buh J., Mihailović D., Jagličič Z., Mrzel A., Kovič A. 02MAN06

P2.22 Influence of the Fluctuations of the Temperature on the Quasi Equilibrium Condensation

Yushchenko O., Zhylenko T.I. 02MAN07

P2.23 Modeling of the Mechanism of Phase Transitions in ZrO2 with small Additions of In2O3 at High Temperatures in a Vacuum

Solovyova A. 02MAN08

P2.24 Prism Magnetic Mass Analyzer with Parallel Ion Beam

Kuzema O., Kuzema P. 02MAN09

P2.25 Positron Trapping Processes in Temperature-Sensitive Thick-film Structures

Klym H., Ingram A., Hadzaman I., Shpotyuk O. 02MAN10

P2.26 Modification of Aluminum Alloy 1933 by the High-Current Electron Beam Irradiation

Kobets A.G., Horodek P.R., Lytvynenko V.V., Lonin U.F., Ponomarev A.G., Startsev O.A., Uvarov V.T. 02MAN11

P2.27 Simulation of the Mechanism of Formation of Solid Solutions in the System In2О3-ТіO2 when Heated in Air

Solovyova A.

Poster SESSION P3 September 24, Wednesday, 14:00 - 15:00

Track: Nanopolymers and Nanocomposites: Synthesis and

Applications

P3.1 Studying an effect of Polyurethane Functionality Directed Stabilization of Silver Nanoparticles as a Pathway for Manufacturing Modern Antimicrobial Materials

Tolstov A. 02NNSA01

P3.2 Interfacial Interactions in Polyurethane Elastomer - Poly(vinyl chloride) Blends

Malysheva T. 02NNSA02

NAP-2014

24

P3.3 Nanocomposite Films Based on Functional Copolymers with Embedded Carbon Nanotubes

Borova S.H., Shevchuk O.M., Bukartyk N.M., Nikitishyn E.Yu., Tokarev V.S. 02NNSA03

P3.4 Study of Hybrid Polystyrene Materials with Incorporated Fullerene

Nanoparticles

Noskov A.V., Alekseeva O.V., Bagrovskaya N.A. 02NNSA04

P3.5 Effect of ОІ-cyclodextrin Attendance on Hexagonal Ordering of

MCM-41 Silicas

Trofymchuk I.M., Roik N.V., Belyakova L.A. 02NNSA06

P3.6 Microstructure, Mechanical Property and Biocompatibility of Porous

Ti-Nb-Zr Alloys Fabricated by Rapid Sintering using Space Holder

Woo K.-D., Kim D.-G., Kang D.-S., Lee T., Lee H.-C. 02NNSA07

P3.7 Dielectric Relaxation in Sr(Co1/3Nb2/3)O3 Compound – a Candidate

for Microwave Applications

Bishnoi B.S., Mehta P.K., Panchal C.J., Desai M.S., Kher V.H., Velykodnyi D.V., Protsenko I.Yu. 02NNSA08

P3.8 Foam-Glass Modified By Technological Nano-additive

Turbin P.V., Shamshurov A.V., Hudasov I., Beresnev V.M., Volovicheva N.A. 02NNSA09

P3.9 Properties of Isomorphs Analogs of Chrysotile

Turbin P.V., Smolikov A.A., Vezentsev A.I., Beresnev V.M., Pavlenko V.I., Solokcha A.S. 02NNSA10

P3.10 The Thermo- and Magnetogalvanic Phenomena in Nanohybrid

Clathrates and their Practical Application

Bishchaniuk T., Ivashchyshyn F., Balaban O., Grygorchak I. 02NNSA11

P3.11 Deposition and Characterization of NiCoCrAlY Coatings by Multi-

chamber Detonation Sprayer

Kovaleva M., Tyurin Y., Arseenko M.Y., Prozorova M.S., Sirota V.V., Beresnev B.M., Pavlenko I.A., Mamunin K.N. 02NNSA12

P3.12 Preparation and Properties of Hybrid Poly(3,4-

ethylenedioxythiophene)-Carbon Nanotubes Composites

Olenych I.B., Aksimentyeva O.I., Karbovnyk I.D., Olenych Yu.I., Yarytska L.I. 02NNSA13

P3.13 pH-sensitive Hybrid Hydrogel Materials with Incorporated

Nanoparticles

Kryklia S., Samchenko Yu.M., Poltoratska T.P., Konovalova V.V. 02NNSA14

NAP-2014

25

P3.14 Alginate-hydroxyapatite Beads for Medical Application

Yanovska A., Stanislavov A., Sukhodub L., Kuznetzov V., Sukhodub L. 02NNSA15

P3.15 Aditives Concentration and Temperature Influence on BaTiO3 -

Ceramics Fractal Microstructure

Bastić F., Sirmić D., Cvetanović M., Mitić V., Kocić Lj., Paunović V., Janković S.

Track: Nanomaterials for Energy Applications

P3.16 Using Simple Microwave Approach for Synthesize of CuInS2

Nanostructures and Investigation of their Performance in Solar Cells

Salavati-Niasari M., Sabet M. 02NEA01

P3.17 Examination of Absorption Spectra of Amorphous Silicon in the

Infrared Range

Mazinov A.S.-A., Shevchenko A.I. 02NEA02

P3.18 New Approach to the Thermal-to-Electrical Energy Conversion

Problem on a basis of the Thermal Field Emission Phenomenon

Ptitsin V.E. 02NEA03

P3.19 Energy Conversion of an Environmental Thermal (T~300K) Energy

into Electrical Energy by Nanoscale Field Emission Systems

Ptitsin V.E. 02NEA04

P3.20 Light Scattering by Silver Nanoparticles in Colloid Solutions for

Improved Photovoltaic Devices

Malynych S.Z., Dmitruk I., Grabovskyi E., Kravets V., Pinchuk A. 02NEA05

O3.16 Recombination Losses in Solar Cells Based on n-ZnS(n-CdS) / p-

CdTe Heterojunctions

Dobrozhan O.A., Opanasyuk A.S., Nefedchenko V.F. 02NEA06

P3.21 Piezoelectric Response of Cadmium Sulfide Nanorod Crystals

Grown from Gas Phase by Using Ag and Au Catalyst

Dimitriev O.A., Grynko D.A., Fedoryak O.M., Kratzer M., Smirnov O.B., Smertenko P.S. 02NEA07

P3.22 Activated Carbon Based Supercapacitors

Semenchuk I.I. 02NEA08

P3.23 Preparation, Structural and Optical Characterization of ZnO/Ag Thin

Film by CVD

Jamil N., Najim S.A., Muhammed A.M., Rogoz V.M. 02NEA09

NAP-2014

26

Track: Nanomaterials Applications in Biotechnologies and

Medicine

P3.24 Development and Investigation of Emulsion Form for Antiepileptic

Drug Carbamazepine

Prokhorov D.I., Antyasova M.N., Groza N.V., Kapitza I.G. 02NABM02

P3.25 Plasmon Spectra of Silver Nanoparticles Formed on CaB4O7:Ag

Glass

Dutka R.M., Adamiv V.T., Burak Ya.V., Gamernyk R.V., Teslyuk I.M.

P3.26 Application of Novel Radiopaque ZrO2-Gd2O3 Nanocomposites with

Polyelectrolyte-Hyaluronic Acid Coating for Regeneration of Rat

Bone Defect

Klyuchivska O.Yu.

P3.27 Surface Plasmon Resonance for Silicon Nanorods Imaging

Rengevych O.V., Beketov G.V., Ushenin Yu.V.

Track: Nanomaterials Applications in Electronics, Spintronics and

Photonics

P3.28 Optically Detected Effect of Size on the Oxygen Vacancies

Concentration in Cerium Oxide Nanocrystals

Maksimchuk P., Masalov A.A. 02NAESF05

P3.29 A Review in Preparation of Electronic Ink for Electrophoretic

Displays

Kholghi Eshkalak S., Khatibzadeh M. 02NAESF06

P3.30 One-dimensional Stationary Schrodinger Equation with the Fourier

Transformation

Yaremchuk I., Fitio V., Romakch V., Bobitski Ya. 02NAESF07

P3.31 Surface Plasmon-Polariton in X-Shaped Waveguides

Nevinskiy D.V., Pavlysh V.A., Zakalyk L.I., Lebid S.Y., Korzh H.I. 02NAESF08

P3.32 Photovoltaic Cells based on Textured Silicon

Adamchuk O., Druzhinin A.A., Yerokhov V.Yu., Ostrovskii I.P., Khoverko Yu.N., Berezhanskyi Ye.I. 02NAESF09

P3.33 Structure and Anti-Stokes Luminescence of Yb-containing Glass

Co-doped with Eu, Ho and Er

Kouhar V.V., Malashkevich G.E., Khodasevich I.A., Pestryakov E.V. 02NAESF10

NAP-2014

27

Author Index

A

Ababii N. ....................... P1.25 (01NTF14)

Abadias G. ..................... O1.14 (01NTF23)

Adamchuk O. ................ P3.32 (02NAESF09)

Adamiv V.T. ................. P3.25

Adiguzel O. ................... O2.5

Agulov A.V. .................. P2.4 (01FNC07)

Ahmed A. ...................... O3.11 (02NAESF04)

Aksimentyeva O.I. ........ P3.12 (02NNSA13)

Alekseeva O.V. ............. P3.4 (02NNSA04)

AL-Ghaihab A. .............. P2.17 (02NNPT08)

Alsaraeva K.V. .............. O3.3 (02MAN01)

Alshammari A. .............. P1.9 (01PCSI12),

P2.17 (02NNPT08)

Antoine R. ..................... O2.1 (02NNPT06)

Antyasova M.N. ............ P3.24 (02NABM02)

Arseenko M.Y. .............. P3.11 (02NNSA12)

Asulami M..................... P2.17 (02NNPT08)

Aymonier C. .................. O2.2

Azahrani A.Y. ............... P2.17 (02NNPT08)

Azarenkov M. ................ P2.5 (01FNC08)

B

Badalyan A.Yu. ............. P2.15 (02NNPT04)

Bagabas A. .................... P1.9 (01PCSI12),

P2.17 (02NNPT08)

Bagdasaryan A.A. ......... O1.12 (01NTF19)

Bagrovskaya N.A. ......... P3.4 (02NNSA04)

Balaban O. ..................... P3.10 (02NNSA11)

Baranov O. .................... P2.7 (01PISERE03)

Baryshnikov G.V. .......... P2.11 (01CBNM01)

Bashouti M.Y. ............... O3.1

Bastić F. ........................ P3.15

Bayat Jozani M. ............. O3.6 (02NABM01)

Beck U. ......................... O2.10

Beketov G.V.................. P3.27

Bell J.M. ........................ O2.10

Belovol K.O. ................. P1.10 (01PCSI13)

Belyakova L.A. ............. P3.5 (02NNSA06)

Beresnev B.M. ............... P3.11 (02NNSA12)

Beresnev V. ................... P2.1 (01FNC04)

Beresnev V.M. .............. P3.8 (02NNSA09),

P3.9 (02NNSA10),

P2.3 (01FNC06),

P2.5 (01FNC08)

Berestok T. .................... P1.22 (01NTF10)

Berezhanskyi Ye.I. ......... P3.32 (02NAESF09)

Bezdetko Yu.S. .............. P1.3 (01PCSI03)

Bibyk V.V. ..................... P1.17 (01NTF05),

P1.18 (01NTF06)

Bilogorodskyy Y.S. ....... P1.31

Bilokur M.O................... O1.12 (01NTF19)

Bishchaniuk T. ............... P3.10 (02NNSA11)

Bishnoi B.S. ................... P3.7 (02NNSA08)

Blanes M. ....................... O2.4 (01FNC03)

Bobitski Ya. ................... P3.30 (02NAESF07)

Boledzyuk V.B. ............. P1.11 (01PCSI14)

O2.9

Bolshanina S. ................. O1.4 (01PCSI05)

Bondar O.V. ................... P2.3 (01FNC06),

O1.14 (01NTF23)

Bondarchuk I. ................ O2.3 (01FNC01)

Bondarchuk I.S. ............. P2.19 (02MAN04)

Borova S.H. ................... P3.3 (02NNSA03)

Borysiuk V. .................... P2.12 (01CBNM02)

Boyko D.V. .................... O1.6 (01PCSI16)

Brajpuriya R.K. .............. P2.18 (02MAN03)

Brik A. ........................... P2.10 (01MFPM02)

Buh J. ............................. P2.21 (02MAN06)

Bukartyk N.M. ............... P3.3 (02NNSA03)

Burak Ya.V. ................... P3.25

Burakov V.S. ................. O2.15 (02NNPT07)

Burbaev T.M. ................. P1.14 (01NTF01)

Buryk I.P. ....................... P1.15 (01NTF02),

O2.7 (01MFPM03)

Burzuri E. ...................... O2.14 (02NNPT05)

Butsen A.V. ................... O2.15 (02NNPT07)

C

Cheshko I.V. .................. P1.28 (01NTF21)

Chumakov A.I. .............. P1.6 (01PCSI09)

Chumanov G. ................. O2.3 (01FNC01)

Cilgi G. .......................... O2.16

Cvetanović M. ............... P3.15

D

Demchuk V.B. ............... O1.5 (01PCSI07)

Demianenko A. .............. P1.10 (01PCSI13)

Denisov S.I. ................... P2.9 (01MFPM01)

Desai M.S. ..................... P3.7 (02NNSA08)

NAP-2014

28

Dimitriev O. .................. P1.27 (01NTF20)

Dimitriev O.A. .............. P3.21 (02NEA07)

Dmitruk I. ...................... P3.20 (02NEA05)

Dobrozhan O.A. ............ O3.16 (02NEA06)

Doroshenko T. ............... P1.27 (01NTF20)

Doussineau T. ................ O2.1 (02NNPT06)

Druzhinin A.A. .............. P3.32 (02NAESF09)

Dub S.N. ........................ O1.11 (01NTF17)

Dudchenko N. ............... P2.10 (01MFPM02)

Dugourd P. .................... O2.1 (02NNPT06)

Dulina I. ........................ O2.12 (02NNPT02)

Dulina I.O. ..................... O1.7 (01NTF04)

Dutka R.M. .................... P3.25

Dyachenko A. ................ O1.4 (01PCSI05)

E

Eyidi D. ......................... O1.14 (01NTF23)

F

Faraoun H. ..................... P1.13

Fedoryak O.M. .............. P3.21 (02NEA07)

Fefilova A. .................... O3.3 (02MAN01)

Feng J. ........................... O2.4 (01FNC03)

Ferreira P.J. ................... O3.15

Fitio V. .......................... P3.30 (02NAESF07)

Fitio V.M. ...................... P1.8 (01PCSI11)

G

Gajbhiye Namdeo S....... O3.11 (02NAESF04)

Galabura Yu. ................. O2.3 (01FNC01)

Gamernyk R.V. ............. P3.25

Garpul O. ....................... P1.7 (01PCSI10)

Gheorghii C.V. .............. P1.25 (01NTF14)

Gholamrezaei S. ............ P2.13 (02NNPT01)

Giotopoulou E. .............. O1.9 (01NTF15)

Gnatenko Yu. ................ P1.22 (01NTF10)

Gnatenko Yu.P. ............. O1.15 (01NTF24)

Gogotsi Y. ..................... P2.12 (01CBNM02)

Goncharov A.A. ............ P2.4 (01FNC07)

Gong J. .......................... O2.6 (01PISERE01)

Gorbachuk N. ................ P1.6 (01PCSI09)

Grabovskyi E. ................ P3.20 (02NEA05)

Gromov V.E. ................. O3.3 (02MAN01)

Groza N.V. .................... P3.24 (02NABM02)

Grychanovska T.M. ....... P1.18 (01NTF06)

Grychanovs'ka T.M. ...... P1.17 (01NTF05),

O2.7 (01MFPM03)

Grygorchak I. ................ P3.10 (02NNSA11)

Grynko D.A. ................. P3.21 (02NEA07)

Gryschuk O. .................. P1.17 (01NTF05)

Grytsenko K. ................. P1.27 (01NTF20)

Gunasekaran S. ............. O3.8

Guo X. .......................... O2.4 (01FNC03)

H

Hadzaman I. .................. P2.25 (02MAN10)

Hafermann L... .............. O3.14

Hashemi A. ................... O3.6 (02NABM01)

Hertwig A. .................... O2.10

Holovchenko A. ............ O2.14 (02NNPT05)

Hontañón E. .................. O2.4 (01FNC03)

Horodek P.R. ................ P2.26 (02MAN11)

Hoseinpour A. ............... O3.4 (02MAN02)

Hrychanovs'ka O.A. ...... P1.24 (01NTF13)

Hudasov I. ..................... P3.8 (02NNSA09)

I

Ingram A. ...................... P2.25 (02MAN10)

Ivashchenko L. .............. O1.8 (01NTF12)

Ivashchenko M.M. ........ P1.15 (01NTF02)

Ivashchenko V. ............. O1.8 (01NTF12),

O1.11 (01NTF17),

O1.13 (01NTF22)

Ivashchyshyn F. ............ P3.10 (02NNSA11)

J

Jagličič Z. ...................... P2.21 (02MAN06)

Jamil N. ......................... P3.23 (02NEA09)

Janković S. .................... O2.13, P3.15

Jyothi L. ........................ P1.5 (01PCSI08)

K

Kachkovsky O............... P1.27 (01NTF20)

Kalevaru V.N. ............... P1.9 (01PCSI12)

Kalinichenko A.I. .......... P1.12 (01PCSI15)

Kamaratos M................. O1.9 (01NTF15)

Kang D.-S. .................... P3.6 (02NNSA07)

Kapitza I.G. ................... P3.24 (02NABM02)

Karaush N.N. ................ P2.11 (01CBNM01)

Karbovnyk I.D. ............. P3.12 (02NNSA13)

NAP-2014

29

Karpenko K.H. .............. P1.24 (01NTF13)

Kekutia Sh. .................... P2.16

Khatibzadeh M. ............. O3.6 (02NABM01),

P3.29 (02NAESF06)

Khaustova A.N. ............. P1.16 (01NTF03),

P1.16 (01NTF03)

Kher V.H. ...................... P1.24 (01NTF13),

P3.7 (02NNSA08)

Khodasevich I.A. ........... P3.33 (02NAESF10)

Kholghi Eshkalak S. ...... P3.29 (02NAESF06)

Kholod T.S. ................... O2.7 (01MFPM03)

Khomenko A. ................ O1.6 (01PCSI16)

Khottchenkova T.G. ...... O3.12 (02NAESF11)

Khoverko Yu.N. ............ P3.32 (02NAESF09)

Kim D.-G. ..................... P3.6 (02NNSA07)

Klochkov L. .................. O2.12 (02NNPT02)

Klym H.......................... P2.25 (02MAN10)

Klyuchivska O.Yu. ........ P3.26

Klyuev V.G. .................. P1.3 (01PCSI03)

Knauer A.... ................... O3.14

Kobets A.G.................... P2.26 (02MAN11)

Kocić Lj. ....................... O2.13, P3.15

Köckritz A. .................... P1.9 (01PCSI12)

Köhler M.J. ................... O3.14

Komarov A.F. ............... P2.8 (01PISERE04)

Komarov F. ................... P1.29 (01NTF25)

Komarov F.F. ................ P2.8 (01PISERE04)

Komisarenko O.S. ......... P1.31

Konovalov S.V. ............. O3.3 (02MAN01)

Konovalova V.V. .......... P3.13 (02NNSA14)

Koole M. ....................... O2.14 (02NNPT05)

Korzh H.I. ..................... P3.31 (02NAESF08)

Kostenko M.V. .............. O2.7 (01MFPM03),

P1.28 (01NTF21)

Kosyak V.V. .................. O1.15 (01NTF24),

P1.30 (01NTF26)

Kotsyubynsky V. ........... P1.7 (01PCSI10)

Kouhar V.V. .................. P3.33 (02NAESF10),

O3.12 (02NAESF11)

Kovalenko A. ................ O3.2

Kovaleva M. .................. P3.11 (02NNSA12),

P2.1 (01FNC04)

Kovič A. ........................ P2.21 (02MAN06)

Kozachenko V.V. .......... P2.19 (02MAN04)

Kozadaev K.V. .............. P2.6 (01PISERE02)

Kozak A. ....................... O1.8 (01NTF12)

Kozak A.O. ................... O1.11 (01NTF17)

Kozionov S.A. ............... P1.12 (01PCSI15)

Kozyrev D.S. ................. P1.14 (01NTF01)

Kratzer M. ...................... P3.21 (02NEA07)

Kravchenko Ya. ............. P2.3 (01FNC06)

Kravchenko Yu.A. ......... P2.3 (01FNC06)

Kravets V. ...................... P3.20 (02NEA05)

Kristinsson K. ................ O3.13 (02NAESF03)

Kruglyak Yu.A. ............. O3.9 (02NAESF01),

O3.10 (02NAESF02)

Kruis F.E. ....................... O2.4 (01FNC03)

Kryklia S. ....................... P3.13 (02NNSA14)

Kuladeep R. ................... P1.5 (01PCSI08)

Kurbatov D. ................... O1.4 (01PCSI05)

Kushnir B. ...................... P1.11 (01PCSI14)

Kuzema O. ..................... P2.24 (02MAN09)

Kuzema P. ...................... P2.24 (02MAN09)

Kuzmenko A.P. .............. O1.13 (01NTF22)

Kuznetsov V. ................. O1.4 (01PCSI05),

O1.15 (01NTF24)

Kuznetsov V.M. ............. P1.4 (01PCSI06),

P1.30 (01NTF26)

Kuznetsov V.N. ............. O3.7 (02NABM03)

Kuznetzov V. ................. P3.14 (02NNSA15)

Kyriienko O. .................. O3.13 (02NAESF03)

Kyslovs'kyy Ye. ............. P1.7 (01PCSI10)

L

Lang W.C. ..................... O2.6 (01PISERE01)

Lebid S.Y. ...................... P3.31 (02NAESF08)

Lee H.-C. ....................... P3.6 (02NNSA07)

Lee T. ............................. P3.6 (02NNSA07)

Liew T. .......................... O3.13 (02NAESF03)

Lizunov V. ..................... P1.7 (01PCSI10)

Lobunets T. .................... O2.12 (02NNPT02)

Lonin U.F. ..................... P2.26 (02MAN11)

Losytskyy M.Yu. ........... P2.19 (02MAN04)

Lupan O. ........................ P1.25 (01NTF14)

Luzinov I. ...................... O2.3 (01FNC01)

Lyashenko I. .................. P1.23 (01NTF11),

P1.26 (01NTF18)

Lytovchenko S.V. .......... P2.5 (01FNC08)

Lytvyn O. ....................... O1.13 (01NTF22)

Lytvynenko Ia.M. .......... P1.18 (01NTF06)

Lytvynenko V.V. ........... P2.26 (02MAN11)

Lyutyy T.V. ................... P2.9 (01MFPM01),

O2.8 (01MFPM04)

M

Makara V.A. .................. P1.31

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30

Maksimchuk P. .............. P3.28 (02NAESF05)

Malashkevich G.E. ........ P3.33 (02NAESF10),

O3.12 (02NAESF11)

Malynych S.Z. ............... O2.3 (01FNC01),

P3.20 (02NEA05)

Malysheva T. ................. P3.2 (02NNSA02)

Mamunin K.N. .............. P3.11 (02NNSA12)

Manko A.V. ................... P1.28 (01NTF21)

Manko N.N. ................... P1.23 (01NTF11)

Männ M. ........................ O2.10

Markhulia J.................... P2.16

Marre S. ......................... O2.2

Martin A. ....................... P1.9 (01PCSI12)

Masalov A.A. ................ P3.28 (02NAESF05)

Mazinov A.S.-A. ........... P3.17 (02NEA02)

Mehta P.K. .................... P1.24 (01NTF13),

P3.7 (02NNSA08)

Michailov V.V. .............. P2.8 (01PISERE04)

Migutskiy A.N. .............. P2.6 (01PISERE02)

Mihailović D. ................ P2.21 (02MAN06)

Mikelashvili V.T. .......... P2.16

Mikitchuk E.P. .............. P2.6 (01PISERE02)

Milchanin O.V. .............. P1.29 (01NTF25)

Minaev B.F. ................... P2.11 (01CBNM01)

Misiyuk K.V. ................. P1.29 (01NTF25)

Miskiewicz S.A. ............ P2.8 (01PISERE04)

Mitić V. ......................... O2.13, P3.15

Mizuguchi M. ................ O1.2

Mochalin V.N. ............... P2.12 (01CBNM02)

Moiseev A. .................... O2.10

Molodkin V. .................. P1.7 (01PCSI10)

Morozov K.V. ............... O3.3 (02MAN01)

Morozov O.M. ............... P1.19 (01NTF07)

Mrzel A. ........................ P2.21 (02MAN06)

Muhammed A.M. .......... P3.23 (02NEA09)

N

Najim S.A. ..................... P3.23 (02NEA09)

Nedelko M.I. ................. O2.15 (02NNPT07)

Nefedchenko V.F. ......... O3.16 (02NEA06)

Neklyudov I.M. ............. P1.19 (01NTF07)

Netyaga V. .................... O2.9

Nevar A.A. .................... O2.15 (02NNPT07)

Nevinskiy D.V. .............. P3.31 (02NAESF08)

Nikitishyn E.Yu. ............ P3.3 (02NNSA03)

Nikonchuk I.S. .............. P1.6 (01PCSI09)

Nirschl H. ...................... O2.4 (01FNC03)

Noskov A.V................... P3.4 (02NNSA04)

Novikau A.G. ................ P2.6 (01PISERE02)

Nyemchenko U.S. ......... P2.5 (01FNC08)

O

Obukhov V. ................... P1.6 (01PCSI09)

Odnodvorets L.V. ......... P1.20 (01NTF08),

P1.21 (01NTF09),

P1.24 (01NTF13)

Olenych I.B. .................. P3.12 (02NNSA13)

Olenych Yu.I. ................ P3.12 (02NNSA13)

Olikhovskii S. ............... P1.7 (01PCSI10)

Opanasuyk A................. O1.4 (01PCSI05)

Opanasyuk A................. P1.22 (01NTF10)

Opanasyuk A.S. ............ O3.16 (02NEA06),

O1.15 (01NTF24),

P1.30 (01NTF26)

Opanasyuk N................. P1.22 (01NTF10)

Ostafiychuk B. .............. P1.7 (01PCSI10)

Ostrovskii I.P. ............... P3.32 (02NAESF09)

Ozmen Yi. ..................... O2.16

P

Panchal C.J. .................. P1.24 (01NTF13),

P3.7 (02NNSA08)

Parkhomenko I.N. ......... P1.29 (01NTF25)

Partyka J........................ P1.10 (01PCSI13)

Paunović V. ................... O2.13, P3.15

Pavlenko I.A. ................ P3.11 (02NNSA12)

Pavlenko V.I. ................ P3.9 (02NNSA10)

Pavlysh V.A. ................. P3.31 (02NAESF08)

Perepelkin S.S. .............. P1.12 (01PCSI15)

Pestryakov E.V. ............ P3.33 (02NAESF10),

O3.12 (02NAESF11)

Petukhov V.V................ P2.4 (01FNC07)

Pinchuk A. .................... P3.20 (02NEA05)

Podosynna A.V. ............ O2.8 (01MFPM04)

Poduremne D.V. ........... P1.24 (01NTF13)

Pogrebnjak A.D. ........... O1.11 (01NTF17),

O1.14 (01NTF23)

Poklonski N. ................. P1.6 (01PCSI09)

Poltoratska T.P. ............. P3.13 (02NNSA14)

Polyakov P.I. ................. O1.3 (01PCSI04)

Ponomarev A.G. ........... P2.26 (02MAN11)

Porada O. ...................... O1.8 (01NTF12)

Postica V. ...................... P1.25 (01NTF14)

Postolnyi B.O. ............... P2.3 (01FNC06)

Prevenslik T.V. ............. O3.5 (02NNSA05)

NAP-2014

31

Prokhorov D.I. ............... P3.24 (02NABM02)

Protsenko I.Yu. ............. P1.21 (01NTF09),

P1.24 (01NTF13),

P3.7 (02NNSA08)

Protsenko S.I. ............... P1.24 (01NTF13)

Prozorova M.S. ............. P3.11 (02NNSA12)

Ptitsin V.E. .................... P3.18 (02NEA03),

P3.19 (02NEA04)

Pylypiv V. ..................... P1.7 (01PCSI10)

R

Ragulya A. .................... O2.12 (02NNPT02)

Ragulya A.V.................. O1.7 (01NTF04)

Rao D.N. ....................... P1.5 (01PCSI08)

Rastar A. ....................... O3.4 (02MAN02)

Rengevych O.V. ............ P3.27

Reshetnyk O. ................. P1.7 (01PCSI10)

Reva V.V. ...................... P2.9 (01MFPM01)

Rogoz V. ....................... O1.13 (01NTF22)

Rogoz V.M. ................... P3.23 (02NEA09)

Roik N.V. ...................... P3.5 (02NNSA06)

Romakch V. .................. P3.30 (02NAESF07)

Romakh V.V. ................ P1.8 (01PCSI11)

Roncali J. ....................... O2.17

Rybachuk M. ................. O2.10

Ryumshyna T. ............... O1.3 (01PCSI04)

S

Sabet M. ........................ P3.16 (02NEA01),

P1.1 (01PCSI01),

P1.2 (01PCSI02)

Sahre M. ........................ O2.10

Salavati-Niasari M. ....... P3.16 (02NEA01),

P2.13 (02NNPT01),

P1.1 (01PCSI01),

P1.2 (01PCSI02),

P2.14 (02NNPT03)

Samchenko Yu.M. ......... P3.13 (02NNSA14)

Saneblidze L. ................. P2.16

Santos L. ....................... O2.4 (01FNC03)

Sarikov A. ..................... O1.10 (01NTF16)

Satilmis H. ..................... O2.16

Schmidt-Ott A. .............. O2.4 (01FNC03)

Scrynskyy P................... O1.13 (01NTF22)

Semenchuk I.I. .............. P3.22 (02NEA08)

Semina O.A. .................. O3.3 (02MAN01)

Shabelnyk Yu.M. .......... P1.21 (01NTF09)

Shamshurov A.V............ P3.8 (02NNSA09)

Shelykh I. ....................... O3.13 (02NAESF03)

Sheshenia L.A. ............... P1.15 (01NTF02),

P1.18 (01NTF06)

Shevchenko A.D. ........... P1.11 (01PCSI14)

Shevchenko A.I.............. P3.17 (02NEA02)

Shevchuk O.M. .............. P3.3 (02NNSA03)

Shevchyk V.................... O2.9

Shirinyan A.S. ................ P1.31

Shovkoplyas O.A. .......... P2.1 (01FNC04),

P2.2 (01FNC05)

Shpotyuk O. ................... P2.25 (02MAN10)

Shumakova M.O. ........... P1.21 (01NTF09)

Shypylenko A.P. ............ P2.3 (01FNC06)

Si Abdelkader H. ........... P1.13

Sibeldin N.N. ................. P1.14 (01NTF01)

Sieryk M. ....................... P1.27 (01NTF20)

Sigaev V.N..................... O3.12 (02NAESF11)

Sirmić D. ........................ P3.15

Sirota V.V. ..................... P3.11 (02NNSA12)

Skakunova O. ................. P1.7 (01PCSI10)

Skorikov M.L. ................ P1.14 (01NTF01)

Skrynskyy P.L. .............. O1.11 (01NTF17)

Smertenko P.S. .............. P3.21 (02NEA07)

Smirnov O.B. ................. P3.21 (02NEA07)

Smirnova K. ................... P2.3 (01FNC06)

Smolikov A.A. ............... P3.9 (02NNSA10)

Sobol' O.V.. ................... P2.1 (01FNC04),

P2.2 (01FNC05)

O1.13 (01NTF22)

P2.3 (01FNC06)

Solokcha A.S. ................ P3.9 (02NNSA10)

Solovyova A. ................. P2.27,

P2.23 (02MAN08)

Sontea V. ....................... P1.25 (01NTF14)

Soofivand F.................... P2.14 (02NNPT03)

Stanislavov A. ................ P3.14 (02NNSA15),

O1.15 (01NTF24)

Startsev O.A................... P2.26 (02MAN11)

Strel'nitskij V.E. ............. P1.12 (01PCSI15)

Stupak V.A. ................... P2.4 (01FNC07)

Stych O. ......................... P2.10 (01MFPM02)

Sukhodub L.................... P3.14 (02NNSA15),

P3.14 (02NNSA15)

Sukhodub L.B. ............... O3.7 (02NABM03)

Sukhodub L.F. ............... O3.7 (02NABM03)

Shumakova N.I. ............. P1.21 (01NTF09)

Sun C. ............................ O2.6 (01PISERE01)

NAP-2014

32

T

Tanis Yu.E..................... O2.16

Taranets R.M. ................ O1.3 (01PCSI04)

Tarasenka N.N. .............. O2.15 (02NNPT07)

Tarasenko N.V. ............. O2.15 (02NNPT07)

Tavakoli F. .................... P2.14 (02NNPT03)

Tenne R. ........................ O2.11

Tereshkina K. ................ P1.4 (01PCSI06)

Teslyuk I.M. .................. P3.25

Timofeyeva I.I. .............. O1.11 (01NTF17)

Togambaeva A.K. ......... P1.29 (01NTF25)

Tokarev V.S. ................. P3.3 (02NNSA03)

Tolstov A. ...................... P3.1 (02NNSA01)

Tomila T. ....................... O1.8 (01NTF12)

Trofymchuk I.M. ........... P3.5 (02NNSA06)

Troshchenko D.S. .......... O1.6 (01PCSI16)

Tsaglov A.I. ................... P1.16 (01NTF03)

Turbin P.V. .................... P3.8 (02NNSA09),

P3.9 (02NNSA10)

Tyurin Y. ....................... P3.11 (02NNSA12)

U

van der Zant H. .............. O2.14 (02NNPT05)

Udovichenko S.Yu. ....... P1.29 (01NTF25)

Umerova S. .................... O1.7 (01NTF04)

Unlu C.G. ...................... O2.16

Ushenin Yu.V.. .............. P3.27

Uvarov V.T. .................. P2.26 (02MAN11)

Vasileva L.V. ................ P2.4 (01FNC07)

Visaveliya N.. ................ O3.14 Velykodnyi D.V. ........... P3.7 (02NNSA08)

Veprek S. ....................... O1.1 (01FNC02)

Vezentsev A.I. ............... P3.9 (02NNSA10)

Vlachos D. ..................... O1.9 (01NTF15)

Vladimirova T. .............. P1.7 (01PCSI10)

Vlasukova L.A. ............. P1.29 (01NTF25)

Volkov K.V. .................. O3.3 (02MAN01)

Volovicheva N.A. ......... P3.8 (02NNSA09)

Vozny A.A. ................... P1.30 (01NTF26)

Vyas A. ......................... P2.18 (02MAN03)

W

Wegierek P. ................... P2.3 (01FNC06)

Weise M. ....................... O2.10

Woo K.-D. .................... P3.6 (02NNSA07)

X

Xiao J.Q. ....................... O2.6 (01PISERE01)

Y

Yanovska A. ................. P3.14 (02NNSA15)

Yaremchuk I. ................ P3.30 (02NAESF07)

Yaremiy I. ..................... P1.7 (01PCSI10)

Yarytska L.I. ................. P3.12 (02NNSA13)

Yerokhov V.Yu. ............ P3.32 (02NAESF09)

Yeshchenko O. .............. P2.19 (02MAN04),

O2.3 (01FNC01)

Yildiz B. ........................ O2.16

Yu B.H. ......................... O2.6 (01PISERE01)

Yurko D.S. .................... P2.20 (02MAN05)

Yushchenko O............... P2.20 (02MAN05),

P2.15 (02NNPT04),

P2.22 (02MAN07)

Z

Zaharov M.V. ................ O1.6 (01PCSI16)

Zakalyk L.I. .................. P3.31 (02NAESF08)

Zaskoka A.M. ............... P1.26 (01NTF18)

Zayats G.M. .................. P2.8 (01PISERE04)

Zhao Ya. ....................... O2.6 (01PISERE01)

Zhollybekov B. ............. O1.14 (01NTF23)

Zhylenko T.I. ................ P2.22 (02MAN07)

Znamenshchykov Ya.V... O1.15 (01NTF24)

Scientific Edition

4-th INTERNATIONAL CONFERENCE

NANOMATERIALS: APPLICATIONS & PROPERTIES

NAP-2014

PROGRAM

(Lviv, Ukraine, September 21-26, 2014)

Managing Editor Taras V. Lyutyy

Computer design Taras V. Lyutyy

Підписано до друку 04.09.2013. Формат 60 84/16.

Папір офс. Друк офс.

Ум. друк. арк. 3,82. Обл.-вид. арк. 3,47.

Наклад 220 пр. Замовлення № ____.

Сумський державний університет. 40007, м. Суми, вул. Р.-Корсакова, 2

ministry of education and science of ukraine · 2018-02-05 · ministry of education and science of...

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