H3BEIIITAJ EHOrPA HJA › wp-content › uploads › documents › izvestaji › ... · 2018-01-01 · HAYlIHOM BE1'tY HHCTHTYTA 3A MYJITH,11,IICJJ;HIIJllIHAPHA IICTPA1KHBAIbA YHHBEP3HTETA

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International Journal of Nanostructure in Chemistry Materials Science and Engineering B

Physica B - Condensed Matter Journal of the Serbian Chemical Society Processing and

Application of Ceramics

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1 ZZ Lazarevic NZ Romcevic JD Bobic MJ Romcevic Z Dohcevic-Mitrovic BD Stojanovic Study on bi-Iayered ceramics powders prepared by the mechanochemical synthesis Journal of Alloys and Compounds 486 (2009) 848-852 (IF = 2575 3a 2010 rolJJfHY 125 06nacT Materials Science Ceramics)

2 MM Vijatovic BD Stojanovic JD Bobic T Ramoska P Bowen Properties of lanthanum doped BaTi03 produced from nanopowders Ceramics International 36 (2010) 1817-1824 (IF = 1751 3a 2011 rOlJluIY 325 06nacT Materials Science Ceramics)

3 JD Bobic MM Vijatovic S Greicius J Banys BD Stojanovic Dielectric and relaxor behavior of BaBi4Ti4015 ceramics Journal ofAlloys and Compounds 499 [2] (2010) 221-226 (IF 2289 3a 2011 rOlJUHY 58134 06nacT Materials Science Multidisciplinary)

4 MM Vijatovic Petrovic JD Bobic T Ramoska J Banys BD Stojanovic Antimony doping effect on barium titanate structure and electrical properties Ceramics International37 (2011) 2669-2677 (IF 1789 3a 2012 rolJUHY 327 06nacT Materials Science Ceramics)

5 MM Vijatovic Petrovic JD Bobic T Ramoska J Banys BD Stojanovic Electrical properties of lanthanum doped barium titanate ceramics Materials Characterization 62 (2011) 1000-1006 (IF 1880 3a 2012 rOlJJfHY 1132 06nacT Materials Science Characterization amp Testing)

6 JD Bobic MM Vijatovic Petrovic J Banys BD Stojanovic Electrical properties of niobium doped barium bismuth-titanate ceramics Materials Research Bulletin 47 (2012) 1874shy1880

3

(IF = 21 46 3a 2010 rOLIJIHY 491225 06J1acT Materials Science Multidisciplinary)

7 MM Vijatovic Petrovic JD Bobie AM Radojkovic J Banys BD Stojanovic Improvement of barium titanate properties induced by attrition milling Ceramics International 38 (2012) 5347-5354 (IF = 2085 3a 20l3 rolJflHy 325 06J1acT Materials Science Ceramics)

YKYnHo 7 x 8 = 56

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8 MM Vijatovic JD Bobie BD StojanoviC History and Challenges of Barium Titanate Part I Science oSintering 40 2 (2008) 155-165 (IF 0486 3a 2009 rolJImy 1225 06J1acT Materials Science Multidisciplinary)

9 MM Vijatovi6 JD Bobie BD Stojanovic History and Challenges ofBarium Titanate Part II Science oSintering 40 3 (2008) 235-244 (IF = 0486 3a 2009 rOlJImy 1225 06J1acT Materials Science Multidisciplinary)

10 Z1 Lazarevi6 J Bobie N 1 Romcevi6 N Paunovi6 BD Stojanovi6 Study of barium bismuth titanate prepared by mechanochemical synthesis Science 0Sintering 41 (2009) 329-335 ISSN 0350-820X (IF = 0486 3a 2009 rOlJHHy 1225 06JTacT Materials Science Multidisciplinary)

YKYnHo 3 x 5 15

PallOBH oojaBJbeHH Y McfjYHapOllHHM qaCOnHCHMa (M23)

] 1 JD Bobic CO Paiva-Santos CD Jovalekic MM Vijatovic BD Stojanovic Structure and propertiels of barium bismuth titanate prepared bymechanochemical synthesis Ferroelectrics 368 (2008) 1-9 (IF 0562 3a 2008 rOlJHHy 1441192 06J1acT Materials Science Multidisciplinary)

12 ZZ Lazarevic NZ Romcevic JD Bobic Study offerroelectric BaBi4Ti40 15 obtained via mechanochemical synthesis Optoelectronics andAdvanced Materials-rapid Communications [3] 7 (2009) 700-703 ISSN 1842-6573 (IF 0477 3a 2010 rOlJImy 1791225 06JTacT Materials Science Multidisciplinary)

13 Z Lazarevic N Romcevic M Romcevic 1 Trajic MVijatovic J Bobic B Stojanovic Infrared and Raman spectroscopy study of antimony doped barium Titanate prepared from organometallic complex International Journal 0Modern PhysicsB 24 [6-7] (2010) 676-681 (IF 0558 3a 2008 rolJHHy 5262 06JTacT Physics Condensed Matter)

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4

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14 MM Vijatovic MR Vasic JD Bobic LjM Zivkovic BD Stojanovic Effect of powder synthesis method on BaTi03 ceramics Processing and Application ojCeramics2 [1] (2008) 27-31

15 JD Bobic MM Vijatovic T Rojac BD Stojanovic Characterization and properties of barium bismuth titanate Processing and Application ojCeramics 3 [1-2] (2009) 9-12

16 MM Vijatovic JD Bobic BD Stojanovic B Malic Barium titanate thick films prepared by screen printing technique Processing andApplication ojCeramics 4 [2] (2010) 53-58

17 T Ramoska J Banys R Sobiestianskas M Vijatovic Petrovic J Bobic B Stojanovic Dielectric investigations of La-doped barium titanate Processing and Application ojCeramics 4 [3] (2010) 193-198

18 M Senna C Ando M Vijatovi6 Petrovic J Bobic B Stojanovic Organic crystals - More than simple additives toward better electroceramic materials Processing and Application ojCeramics 4 [3] (2010) 183-191 (ISBN 1820-6131)

YKynllo 5 xlS 75

CaonmTelLe ca Me~YHapo~HoT cKyna mTaMnallO YH3BO~ (M34)

1 MM Vijatovic JD Bobic M Cilense LjM Zivkovic BD Stojanovic Effect of lanthanum on microstructure of BaTi03 prepared by polymeric precursor method Third Workshop COST 539-Electroceramics from Nanopowders Produced by Innovative Methods (ELENA) 2 september 2007 Bled Slovenia programme and book of extended abstracts p 76-77

2 JD Bobic IJM Zivkovic M Cilense MM Vijatovic BD Stojanovic Microstructure development of Bi4Th012 and BaBi4Ti40 15 ceramics prepared by mechanochemTcaTsynthesis Third Workshop COST 539-Electroceramicsfrom Nanopowders Produced by Innovative Methods (ELENA) 2 September 2007 Bled Slovenia Programme and book of extended abstracts p 80-81

3 JD Bobic CO Paiva-Santos CD Jovalekic MM Vijatovic BD Stojanovic Structure and propertiels of barium bismuth titanate prepared by mechanochemical synthesis EMF-2007 11th European Meeting on Ferroelectricity Bled Slovenia 3-7 September 2007 Programme and book of abstracts p 53

4 MM Vijatovic MR Vasic JD Bobic LjM Zivkovic BD Stojanovic

5

Effect of synthesis method on BaTi03 properties Processing and Application of Ceramics The Seventh Students Meeting 6-8 December 2007 Novi Sad Serbia Programme and book of abstracts p 38-39

5 MM Vijatovic JD Bobic RD Stojanovic P Bowen Characterization of barium titanate powders prepared by polymeric precursors method NanoMetro Workshop 31 january 2008 Leyzin Switzerland Programme and book of abstracts p 33-34

6 MM Vijatovi6 JDBobic MAZaghete LjMZivkovi6 BDStojanovi6 Properties of lanthanum doped barium titanate produced from nanopowders 4th Workshop COST 539 25-29 June 2008 Genova Italy Programme and book of abstracts p 57

7 JD Bobic BDStojanovi6 MMVijatovic TRojac Characterization ofbarium bismuth titanate prepared by mechanical assisted synthesis 4th Workshop COST 539 25-29 June 2008 Genova Italy Programme and book of abstracts p 59

8 MM Vijatovic JD Bobic BD Stojanovic P Bowen Influence oflanthanum doping on properties ofBaTi03 prepared from organometallic complex 5th Workshop COST 5391 September Manchester UK abstracts and CD proceedings

9 MM Vijatovic JD Bobic T Ramoska BD Stojanovic Microstructure and Dielectric properties of lanthanum doped barium titanate 6th Workshop COST 539 23-25 February 2009 Madrid Spain Programme and book of abstracts p 64-65

10 JD Bobic MM Vijatovic S Greicius BD Stojanovi6 Electrical properties of barium bismuth titanate 6th Workshop COST 539 February 2009 Madrid Spain Programme and book of extended abstracts p 86-87

11 MM Vijatovic JD Bobic T Ramoska J Banys BD Stojanovic Effect of antimony doping on properties of barium titanate ceramics Final Workshop COST 539 28-30 October 2009 Aveiro Portugal Programme and book of extended abstracts p 124-125

12 JD Bobic MM Vijatovic S Greicius J Banys RD Stojanovic Relaxor behaviour of BaBi4Ti4015 ceramics Final Workshop COST 539 28-30 October 2009 Aveiro Portugal Programme and book of extended abstracts p 78-79

13 MM Vijatovic JD Bobic BD Stojanovic R MalicBarium titanate thick films prepared by screen printing technique VIII students meeting processing and Application of Ceramics December2-5 2009 Novi Sad Serbia Programme and book of abstracts p 56

14 JD Bobic MM Vijatovic S Greicius BD Stojanovic Electrical properties of barium bismuth titanate VIII students meeting processing and Application of Ceramics December 2-5 2009 Novi Sad Serbia Programme and book of abstracts p 41-42

15 JD Bobic MM Vijatovic S Greicius RD Stojanovi6 Relaxor behavior of BaBi4Ti401 5

Joint Workshop of the COST MP0904 Action 12 August 2010 Edinburgh United Kingdom Programme and book of abstracts p 25

16 JD Bobic MM VijatoviC S Greicius 1 Banys RD Stojanovic Ferroelectric behavior of pure and La doped barium bismuth-titanate ceramics Workshop of the COST MP0904 Action 30 June-l July 2011 Bordeaux France Programme and book ofabstracts p30

6

17 JD Bobic MM Vijatovic Petrovic S Greicius J Banys BD Stojanovic Influence of proccssing method on dielectric properties of BaBi4Ti40 J5 ceramics VII International Conference on Mechanoehemistry and Mechanical Alloying INCOME 31 August-3 September 201] Herceg Novi Montenegro Programme and the book of abstracts p 81

18 MM Vijatovic Petrovic JD Bobic BD Stojanovic S Greicius P Bowen Influence of attrition milling on barium titanate properties Thirteenth Annual Conference-YUCOMA T 201 1 September 5-9 Herceg Novi Montenegro Programme and the book of abstracts p 80

19 JD Bobic MM Vijatovic Petrovic S Greicius J Banys BD Stojanovic Relaxor behaviour of BaBi4 Ti40 15 First Conference of the Serbian Ceramic Society 17-18 March 2011 Belgrade Programme and book of abstracts p25

20 Zorica Z Lazarevic Jelena D Bobic Nebojsa Z Romcevic Biljana D Stojanovic Characterization of barium bismuth titanate obtained by mechanoehemical synthesis First Conference of the Serbian Ceramic Society 17-18 March 2011 Belgrade Programme and book of abstraets p43

21 MM Vijatovic Petrovic JD Bobic T Ramoska J Banys BD Stojanovic Effect of antimony doping on propeties of barium titanate ceramics First Conference of the Serbian Ceramic Society 17-18 March 2011 Belgrade Programme and book of abstracts p67

22 JD Bobic MM Vijatovic Petrovic 1 Banys BD Stojanovic Niobium doped barium bismuth-titanate ceramics The Ninth Students Meeting 16-18 November 2011 Novi Sad Serbia Programme and book of abstracts p 53

23 MM Vijatovic Petrovic JD Bobic 1 Banys BD Stojanovic P Bowen Barium titanate propeties enhanced by attrition milling The Ninth Students Meeting 16-18 November 2011 Novi Sad Serbia Programme and book of abstracts p 116

24 MM Vijatovic Petrovic JD Bobic J Banys BD Stojanovic Electrical properties of Lashyand Mn- Doped Barium Titanate 3rd Workshop COST MP0904 23 April 2012 Vilnius Lithuania Programme and book of abstracts p 39

25 JD BobiC MM Vijatovic Petrovic J Banys BD Stojanovic Influence of dopants on barium bismuth titanate electrical properties Workshop of the COST MP0904 Action 24-26 September 2012 Iasi Romania Programme and book of abstracts p57

26 MM Vijatovic JD Bobic LP Cureeheriu J Koruza BD Stojanovic Synthesisprocedure and properties ofNiFe204-BaTi03 composites Workshop of the COST MP0904 Action 24-26 September 2012 Iasi Romania Programme and book of abstracts p59

27 R Grigalaitis J Banys S Streckaite MM Vijatovic Petrovic JD Bobic BD Stojanovic Dielectric properties of barium titanat-nickel ferrite composite eeramics Workshop of the COST MP0904 Action 24-26 September 2012 Iasi Romania Programme and book of abstracts p60

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7

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1 AS Dzunuzovic MM Vijatovic Petrovic JD Bobic NI Ilic M Ivanov R Grigalaitis RD Stojanovic Magneto-electric properties of xNio7Zno3Fe204 - (l-x)BaTi03 multiferroic compos ites Ceramics International 44 (2018) 683-694 (IF = 2986 3a 2016 rOlHHY 2126 06JIacT Materials Science Ceramics)

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2 MM Vijatovic Petrovic R Grigalaitis N IlicJ~D~ Bobic A Dzunuzovic J Banys R Stojanovic Interdependence between structure and electrical characteristics in Sm-doped barium titanate Journal ofAlloys and Compounds 724 (2017) 959-968 (IF = 3133 3a 2016 rOlHHY 66275 06JIacT Materials Science Multidisciplinary)

6poj 60)108a 8

3 JD Bobic RM Katiliute M Ivanov N Ilic AS Dzunuzovic MM Vijatovic Petrovic J Banys RD Stojanovic Influence of tungsten doping on dielectric electrical and ferroelectric behavior of BaBi4Ti4015 ceramics Journal ofAlloys and Compounds 702 (2017) 619-625 (IF = 3133 3a 2016 rO)1HHY 66275 06JIacT Materials Science Multidisciplinary)

6poj 60)108a 8 6poj 60)108a I1peMa I1pa8HJlIIHrcy ca 8urne 0)1 7 Ko-aYTopa 67

8

4 M M Vijatovic Petrovic JD Bobie H Ursic J Banys B D Stojanovic The electrical propeliies of chemically obtained barium titanate improved by attrition milling Journal ofSolshyGel Science and Technology 67 (2013) 267-272 (IF = 1660 3a 2012 rollfHY 427 06nacT Materials Science Ceramics)

6poj 60)1oBa 8

5 MM Vijatovic Petrovic JD Bobie 1 Banys BD Stojanovic Electrical properties of antimony doped barium titanate ceramics Materials Research Bulletin 48 (2013) 3766-3772 (IF = 1913 3a 2012 rO)1lmy 711241 06nacr Materials Science MUltidisciplinary)

6poj 60)1oBa 8

6 JD Bobie MMVijatovic Petrovic JBanys BDStojanovic Effect of La substitution on the structural and electrical properties of BaBi4-xLaxTi4015 Ceramics International 39 (2013) 8049shy8057 (IF = 2086 3a 2013 rO~l-lHy 325 06nacT Materials Science Ceramics)

6poj 60~oBa 8

7 R Grigalaitis MMVijatovic Petrovic JD Bobie A Dzunuzovic R Sobiestianskas A Brilingas BD Stojanovic 1 Banys Dielectric and magnetic properties ofBaTi03 -NiFe204 multiferroic composites Ceramics International 40 (2014) 6165-6170 (IF = 2605 3a 2014 rO~HHy 426 06nacT Materials Science Ceramics)

6poj 60~oBa 8 6poj 60~oBa npeMa npaBuJlHuKY ea Burne o~ 7 Ko-aYTopa 67

8 NJ Ilic AS Dzunuzovic JD Bobie BS Stojadinovic P Hammer MM Vijatovic Petrovic ZD Dohcevic-Mitrovi BD Stojanovic Structure and properties of chemically synthesized BiFe03 Influence offuel and complexing agent Ceramics International 41 (2015) [1] 69-77 (IF = 2605 3a 2014 rO~HHy 426 06nacT Materials Science Ceramics)

6poj 60)1OBa 8 6poj 60)1OBa npeMa npaBUJlHuKY ea Burne 0)1 7 Ko-aYTopa 67

9 JD Bobie MM Vijatovic Petrovic NI lIic Palaimiene R Grigaiaitis CO Paiva Santos M Cilence BD Stojanovic Lead-free BaBi4Ti40I5 ceramics Effect of synthesis methods on phase formation and electrical properties Ceramics International 41 (2015) [1] 309shy316 (IF 2605 3a 2014 ro~HHy 426 06nacT Materials Science Ceramics)

6poj 60~oBa 8 6poj 60)1oBa-npeMa npaBUJIHuKY ea Bluue o~ 7 Ko-aYTopa 67

10 MM Vijatovic Petrovic JD Bobic R Grigalaitis N llic AS Dzunuzovic V Jankauskaite BD Stojanovic J Banys Donor-acceptor joint effect in barium titanate systems Ceramics International 41 [9] (2015) 11365-11371 (IF 2605 3a 2014 rO~HHy 426 06nacT Materials Science Ceramics)

6poj 60~oBa 8 6poj 60)1OBa npeMa npaBUJllluKY ea Burne 0)1 7 Ko-aYTopa 67

11 AS Dzunuzovic MMVijatovic Petrovic BS Stojadinovic NJ llic JD Bobie CR Foschini MA Zaghete BD Stojanovic Multiferroic (NiZn) Fe204shy

9

BaTi03composites prepared from nanopowders by auto-combustion method Ceramics International41 [10] (2015) 13189-13200 (IF = 2605 3a 2014 rO)JImy 426 o6nacT Materials Science Ceramics)

6poj 60llOBa 8 6poj 60llOBa npCMa npaBHJIHHKY ca BHrnc Oll 7 Ko-aYTopa 67

12 AS Dzunuzovie N Hie MM Vijatovie Petrovic JD Bobic B Stojadinovic Z Dohcevie-Mitrovic BD Stojanovic Structure and properties ofNi-Zn ferrite obtained by auto-combustion method Journal ofMagnetism and Magnetic Materials 374 (2015) 245-251 (IF 2357 3a 2015 ro)JHHY 781271 o6nacT Materials Science Ceramics)

6poj 60llOBa 8

13 NJ Ilie JD Bobic BS Stojadinovie AS Dzunuzovi6 MM Vijatovi6 Petrovic ZD Dohcevic Mitrovic BD Stojanovie Improving of the electrical and magnetic properties of BiFe03 by doping with yttrium Material Research Bulletin 77 (20] 6) 60-69 (IF 2435 3a 20] 5 rO)JImy 741271 o6nacT Materials Science Ceramics)

6poj 60llOBa 8

YKYnHO 6x8 + 6x67 882 (nopMlipanH noenli) HltIgt=29742

PallOBH o6jaBJLCHH YHCTaKHYTHM MC~YllapOllHHM lJaCOnHCHMa (Mzz)

14 L Curecheriu M M Vijatovic Petrovic JD Bobic BD Stojanovic Nonlinear properties of antimony-doped BaTi03 ceramics Applied Physics 119 [2] (2015) 681-686 (IF = 1704 3a 2014 rO)JHHY 1181260 o6nacT Materials Science amp Processing)

6poj 60llOBa 5

15 JD Bobic RM Katiliute M Ivanov MM Vijatovi6 Petrovic N lIic AS Dzunuzovic 1 Banys BD Stojanovi6 Dielectric ferroelectric and magnetic properties of La doped BisThFe015 ceramics J Mater Sci Mater Electron 27 (2016) 2448-2454 (IF = 2019 3a 2016 rO)JIfHy 126275 o6nacT Materials Science Multidisciplinary)

6poj 60lloBa 5 6poj 60llOBa npeMa npaBHJIIIHKY ca BHrne Oll 7 Ko-aYTopa 42

YKynHO lx5 + lX42 = 92 (HopMHpaHIi noeHH) HltIgt=3723

PallOBH o6jaBJLeHH YMe~YllapollIIHM lJaCOIIHCHMa (MZ3)

16 MM Vijatovic Petrovic JD Bobic R Grigalaitis BD Stojanovic J Banys La-doped and LalMn-co-doped Barium Titanate Ceramics Acta Physica PolonicaA 124 (2013) 155-160 (IF = 0604 3a 2013 rO)JIfHY 6578 o6nacT Physics Multdisciplinary)

6poj 60llOBa 3 YKYIIHO 1 x 3 = 3 HltIgt=O604

10

PallOBH o6jaBJheHH y 1aCOnHCY Meljynap0llHOr 3nalaja BepmllHKOBaH nOCe6HOM Ollpell60M (M24)

17 JD Bobic MM Vijatovi6 Petrovi6 Biljana D Stojanovi6 Aurivillius BaBi4Ti40 15 based compounds Structure synthesis and properties Processing and Application ofCeramics 7 [3] (2013) 97-110

6poj 60llOBa 2 YKYnHO 1 x 2 2

MOHorpaqCKa cryllHjanorJIaBJhe y KILH3H Mll (Ml3)

18 JD Bobic J Macutkevic R Grigalaitis M Ivanov MM Vijatovic Petrovic 1 Banys BD Stojanovic Nanoscale Ferroelectrics and Multiferroics Key Processes and Characterization Issues and Nanoscale Effects By Miguel Alguero Chapter Correlation between microstructure and electrical properties offerroelectric relaxors Wiley Publisher pp 554-587 May 2016 ISBN 978-1-118-93575-0

6poj 60llOBa 7 6poj 60llOBa npeMa npaBHJIHHKY ca BHwe Oll 3 Ko-ayTOpa 39

CaonWTelLe ca MeIjYHap0llHOr cKYna WTaMnaHO y H3BOlly (M34)

1 MM Vijatovi6 Petrovic A Dzunuzovi6 JD Bobic L Curecheriu J Koruza BD Stojanovi6 Synthesis and properties ofNiFe204 and NiosZnosFe204 prepared by autoshycombustion method 2ndCOST MP0904 Workshop Single and Multiphase Ferroics and Multiferroics with restricted Geometries 22-23 April 2013 Faenca Italy Book ofabstracts p47

2 M Vijatovic Petrovi6 A Dzunuzovi6 J Bobic N Ili6 L Curecheriu B Stojanovi6 Synthesis procedure and properties ofNiFe204 BaTi03 composites The Second Conference of The Serbian Ceramic Society 5-7 lun 2013 Belgrade Serbia Book ofabstracts p 89

3 N Ili6 A Dzunuzovic J Bobic M Vijatovi6 Petrovi6 B Stojadinovi6 Z DohcevicshyMitrovi6 B Stojanovi6 Effect offuel on the auto-combustion synthesized multiferroic BiFe03 13th International Meeting on Ferroelectricity 2-6 Septembar 2013 Krakow PolancCBookof abstracts p 591

4 BD Stojanovi6 MM Vijatovi6 Petrovic JD Bobic AS Dzunuzovic NI ni6 MuItiferroic and Ferroic Structures COST IC1208 Workshop 3-4 Oktobar 2013 Madrid Spain Programme and book ofabstracts p 32 5 A Dzunuzovic N Ili6 J Bobic M Vijatovi6 Petrovi6 L Curecheriu B Stojanovic Synthesis and characterization of nickel zinc ferrites The Tenth Students Meeting SM-2013 The Third ESR Workshop November 6-92013 Novi Sad Serbia Book ofabstracts p 125

11

6 Nllic A Dzunuzovic J Bobic M Vijatovic-Petrovic B Stojanovie Autocombustion synthesis and characterization ofmultiferroic bismuth ferrite ceramics The Tenth Students Meeting SM-20l3 The Third ESR Workshop November 6-9 2013 Novi Sad Serbia Book oj abstracts p 119

7 AS Dzunuzovic NI IIie JD Bobic MMVijatovie Petrovic BS Stojadinovic ZD Dohcevic-Mitrovie BDStojanovie Synthesis and characterization of nickel zinc ferrites 3rd

ESR COST MP0904 Workshop 6-9 November 2013 Novi Sad Serbia Book ojabstracts p 125-126

8 N Hic A Dzunuzovic J Bobic M Vijatovic Petrovic B Stojanovic Autocombustion synthesis and characterization ofmultiferroic bismuth ferrite ceramics 3rd ESR COST MP0904 Workshop 6-9 November20l3 Novi Sad Serbia BookoJabstracts p 119-120

9 AS Dzunuzovic NI Ilie JD Bobic MM Vijatovic Petrovic R Grigalaitis J Banys BD Stojanovic Synthesis and characterization of xBaTi03 - (l-x)NiFe204 multiferroic composites COST MP0904 Workshop 30 January - 1 February 2014 Genova Italy Programme and book ojabstracts p 58

10 JD Bobic MM Vijatovic Petrovic N Ilic A Dzunuzovic R GrigaJaitis 1 Banys BD Stojanovic Influence of processing method on dielectric properties of BaBi4Ti40 15 ceramics COST MP0904 Workshop 30 January - 1 February 2014 Genova Italy Programme andbook oJabstracts p 15

II AS Dzunuzovic NT Ilic MM Vijatovic Petrovic JD Bobic R Grigalaitis BD Stojanovic Structure and properties of BaTi03 Ni(1-x)Zn(x)Fe204 composites Thirteenth Young Researchers Conference Materials Science and Engineering 10-12 December 2014 Belgrade Serbia Book ojabstracts p 33

12 J Bobic M Vijatovic Petrovic N Ilic A Dzunuzovic M Ivanov B Stojanovic Electrical and magnetic properties of multiferroic Bi5FeTbOl5 and Bi425Lao75ThFe015 ceramic COST Action IC1208 Joint 5th Management Committee Meeting (MCM5) Meetings of Working Groups WGI-WG4 26-27 March 2015 Ankara Turkey Programme andbookoJabstracts p22

13 J Bobic MVijatovic Petrovic N Ilic A Dzunuzovic M Ivanov B Stojanovic Electrical and magnetic properties of multiferroic BisFe ThOls and Bi425Lao75ThFe015 ceramics The 3 rd

Conference ofThe Serbian Society for Ceramic Materials 15-17 Jun 2015 Belgrade Serbia BookoJabstracts p 106

14 M Vijatovic Petrovic J Bobic R Grigalaitis N Ilic A DzunuZQvic B Stojanovic Electrical properties of barium titanate co-doped with Nb and Mn The 3rd Conference of The Serbian Society for Ceramic Materials 15-17 Jun 2015 Belgrade Serbia Book ojabstracts p 110

12

15 A Dzunuzovic N Ilic M Vijatovic Petrovic J Bobic B Stojadinovic Z DohcevicshyMitrovic B Stojanovic Structure and characterization of BaTi03-Ni(l_x)Zn(x)Fe204 composites The 3rd Conference of The Serbian Society for Ceramic Materials 15-17 Jun 2015 Belgrade Serbia Book ofabstracts p 117

16 N Ilic JD Bobic AS Dzunuzovic M Makarovic T Rojac BD Stojanovic BiFe03 ceramics densification study ]] th Conference for young scientists in ceramics October 2] -24 2015 Novi Sad Serbia p ] 19

]7 A Dzunuzovic M Vijatovic Petrovic J Bobic N Hic BD Stojanovic Properties of BaTi03-NiZnFe204 multiferroic composites obtained by auto-combustion synthesis 11th Conference for young scientists in ceramics October 21-242015 Novi Sad Serbia p 127

18 N Ilic J Bobic B Stojanovic Bismuth ferrite based single multiferroic materials COST IC1208 Workshop March 16-172017 Luxembourg Book ofabstracts p 21

19 M Vijatovic Petrovic A Dzunuzovic J Bobic R Grigalaitis B Stojanovic The overview of barium titanate properties and application opportunities 4th Conference ofThe Serbian Society for Ceramic Materials June 14-162017 Belgrade Serbia Programme and the book of abstracts p 45

20 A Dzunuzovic M Vijatovic Petrovic N Ilic J Bobic M Ivanov D Makovec B Stojanovic Structure and characterization of(x)Nio7Zno3Fe204 (l-x)BaTi03 composites 4th Conference ofThe Serbian Society for Ceramic Materials June 14-] 6 2017 Belgrade Serbia Programme and the book ofabstracts p 81

21 M Vijatovic Petrovic R Grigalaitis A Dzunuzovic J Bobic N I1ie B Stojanovie Correlation between structure and electrical characteristics in samarium doped barium titanate systems 4th Conference ofThe Serbian Society for Ceramic Materials June 14-162017 Belgrade Serbia Programme and the book of abstracts p 85

22 JD Bobic M Ivanov N Hie AS Dzunuzovie MM Vijatovie Petrovic RM Katiliute BD Stojanovic PZT-nickel ferrite and PZT-cobalt ferrite comparative study structure dielectric ferroelectric and magnetic properties of composite ceramics 4th Conference ofThe Serbian Society for Ceramic Materials June 14-162017 Belgrade Serbia Programme and the book ofabstracts p 87

23 N Ilie J Bobic V Spasojevie B Stojanovie Influence of doping ion valence and size on properties of BiFe03 materials 4th Conference ofThe Serbian Society for Ceramic Materials June ]4-162017 Belgrade Serbia Programme and the book of abstracts p 93

24 Jelena Vukmirovic Branimir Bajac Jovana Stanojev JeIena Bobic Mirjana Vijatovic Petrovic Elvira Djurdjic Zeljka Cvejic Vladimir V Srdic Investigation of structural and functional properties of doped BaTi03 thin films for potential application in tunable microwave devices ECerS 15th Conference amp Exhibition ofthe European Ceramic Society July 9-13 2017 Budapest Hungary p 402

13

25 A Dzunuzovie J Bobic M Vijatovie Petrovic N Ilie M Ivanov D Makovec BDStojanovie Properties ofPbZro52Tio4803 - NiZnFe204 COFe204 multiferroic composites obtained by auto-combustion synthesis 12th Conference for young scientists in ceramics October 18-212017 Novi Sad Serbia p 46

26 N I1ie RC Amoresi SM Zanetti V Spasojevie GF Teixeira J Bobic MA Zaghete B Stojanovie BiFe03 thin films influence ofdoping on structure and propreties 12th Conference for young scientists in ceramics October 18-21 2017 Novi Sad Serbia p 84

YKynHo 26 x 05 = 13

3 KPATKA AHAJIH3A HAYlIHHX PA)1OBA OEJABJIEHHX HAKOH H3EOPA Y 3BAlhE HAyqJIH CAPA)lJIIIK

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pall 06YXBaTa HClva)JltHBaHa H3 06nacTH HaYKe 0 MaTepHjanHMa pa3Boja H onTHMH3al(Hje HOBHX

TeXHOJlOIIIKHX nocrynaKa CHHTe3e CPYHKl(HOHanHHx HaHoqJa3HHX MaTepHjana H TO npe cBera

MaTepHjana KOjH HMajy npHMeFly y eneKTpoHHl(H IIpeMa Y)l(HM HCTpaMHBaqKHM 06naCTHMa

ny6nHKal(Hje llp JeneFle E06Hn ce Mory CBpCTaTH y cnellene TpH rpyne

1 CHHTC3a If KapaKTcpH3al(Hja lIaTePHjaJIa Ha 6a3H 6apHjyll 6H3l1YT-THTaHaTa (BBT)

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llHeneKTpHqHa H cpepoeneKTpHqHa cBojcTBa MarepHjana CTpYKTYpHa aHanH3a je nOTBpllHna lla

Mana KOHl(eHTpal(Hja llOnaFlTa YTHqe Ha nOBenaHe llHCTOp3Hje KpHCTanHe peIIIeTKe llOK Bene

KOHeHTpal(Hje YTHqy Ha HHXOBO CMaIbeHe Pe3ynTaTH llHeneKTpHqHHX MepeHa nOKa3yjy lla ce

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cBojcTaBa 3a Mane KOHl(eFlTpal(Hje BoncppaMa Ha C06Hoj TeMnepaTYPH je nOCnellHl(a CMalDelDa

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MaTepHjana Y npernellHOM PatJY 17 llaTa je aHanH3a cnojeBHTe c1VYKTYpe BBT H onHcaHe cy

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TaKo~e npoyqaBaH je MOllepaH npHcryn npol(ecHpaHy KOjH HMa BeOMa cnel(HcpHqHY

MHKPOCTPYKTYPY CaqHlDeuy Oll nnoqaCTHX 3pHa Y OBOM pally llaT je H nHTeparypHH npernell

pe3ynTaTa Be3aHHX 3a Pa3BOj eneKTpHqHHX cBojCTaBa OBor MaTepHjana npe CBera

cpepoeneKTpHqHHX H nHe30eneKTpHQHHX Kao H HHXOBa aHanH3a Y PatJy 9 npHKa3aH je YTHl(aj

H3a6paHe MeTOlle CHHTe3e Ha eneKTpHQHa cBojCTBa BBT MeTOlle KopHIIIneFle 3a CHUTe3Y OBor

14

MaTepHjaJ1a CY MeTOna Y qBPCTOM CTalhY H MeXaHoxeMHjcKa CHHTe3a MeXaHoxeMHjcKa CHHTe3a

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MHKPOCTpYKTYpe Y rropeljelhY ca MaTepHjanoM n06HjeHHM CHHTe30M m IlBpCTOr CTaHa

)JeTarrHa aHanH3a HMrrenaHCHHX CrreKTapa rrOKa3ana je na rrpOBOnHOCT MaTepHjaJ1a ca MalhOM

BeJ1HqHHOM 3pHa paCTe C 063HPOM Ha rrOpaCT 6poja rpaHHna 3pHa Y MaTepHjaJ1Y TaKolje

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CMalhelheM BeJ1HqHHe 3pHa

Y pany 6 rrpHKa3aH je YTHnaj J1aHTaHa Ha CTPYKTYPY MHKPOCTPYKTYPY H eJ1eKTpHqHa

cBojCTBa n06HjeHHx MaTepHjaJ1a AHaJ1ma nHeJ1eKTpHqHHX crreKTapa rrOKa3aJ1a je rrojaBY

ltpepOeJ1eKTpHQHOr rrpeJ1a3a peJIaKCOpKOr THrra KOn CBHX Y30paKa YOQeH je rropacT CTerreHa

penaKcanHje H nHltpY3HBHOCTH ltpa3HHx rrpeJ1a3a nOIIHpaHHX Y30paKa y rropeljelhY ca QHCTHM

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J1aHTaHa YTHQe Ha CMalhelhe HcrrapaBalha 6H3MYTa H nOBenalhe KOHneHTpanHje KHCeOHHQHHX H

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rrpOBonHHX rpaHHna 3pHa rne je rrpoBoljelhe H3a3BaHO rrocTojalheM npOBonHHX eJ1eKTpOHa

15

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16

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1 Journal of Alloys and Compounds M21a

(IF= 3133 3a 2016 rOllHH) Materials Science Multidisciplinary 511146)

2 Ceramics International M21a

(JF= 2986 3a 2016 rOllHHy Materials Science Multidisciplinary 226)

3 Materials Science and Engineering B M22

(IF= 2552 3a 2016 rOJl-lHY Materials Science Multidisciplinary 92275)

5 Processing and Application of Ceramics M22

(IF= 1070 3a 2016 rollHH) Materials Science Multidisciplinary 11126)

4 Physica B - Condensed Matter M23

(IF= 1405 3a 2016 rollHHy Materials Science MultidisciplinaJY 4667)

6 Journal of the Serbian Chemical Society M23

(IF= 0822 3a 2016 rOllHHY Materials Science Multidisciplinary 1311166)

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1 JD Bobic 1 Macutkevic R Grigalaitis M Ivanov MM Vijatovic Petrovic 1 Banys BD Stojanovic Nanoscale Ferroelectrics and Multiferroics Key Processes and Characterization Issues and Nanoscale Effects By Miguel Alguero Chapter Correlation between microstructure and electrical properties of ferroelectric relaxors Wiley Publisher pp 554-587 May 2016 ISBN 978-1-118-93575-0

2 JD Bobic RM Katiliute M Ivanov Nr Ilic AS Dzunuzovic MM Vijatovic Petrovic J Banys BD Stojanovic Influence of tungsten doping on dielectric electrical and ferroelectric behavior of BaBi4Ti40 J5 ceramics Journal ofAlloys and Compounds 702 (2017) 619-625 (IF 3133 3a 2016 rOAI1HY 66275 06JIacT Materials Science Multidisciplinary)

3 JD Bobic RM Katiliute M Ivanov MM Vijatovic Petrovic NI Ilic AS Dzunuzovic J Banys BD Stojanovi6 Dielectric ferroelectric and magnetic properties of La doped Bis TbFe015 ceramics J Mater Sci Mater Electron 27 (2016) 2448-2454 (IF = 2019 3a 2016 rOAHHY 126275 06JIacT Materials Science Multidisciplinary)

21

4 JD BobiC MM Vijatovic Petrovic N Ilic E Palaimiene R Grigalaitis CO Paiva Santos M Cilence BD Stojanovic Lead~free BaBi4Ti4015 ceramics Effect of synthesis methods on phase formation and electrical properties Ceramics International 41 (2015) [1] 309~316

(IF = 2605 3a 20] 4 rO)1lmy 426 06JIacT Materials Science Ceramics)

5 JD Bobic MMVijatovic Petrovic JBanys RDStojanovic Effect ofLa substitution on the

structural and electrical properties ofBaBi4-xLaxTi4015 Ceramics Internatiollal39 (2013) 8049shy

8057 (IF = 2086 3a 2013 rO)1Imy 325 06JIacT Materials Science Ceramics)

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je)JHoM pa)Jy Y Haj3HaqajHHje ny6JlHKaIJMje y KaTeropHjH M21 HaKOH H360pa y 3BaIbe HayqHM

capa)JHHK ce y6pajajy 7 pa)JoBa y qaConHcy Ceramics International (IF = 2986 3a 2016

rO)JMHy 2126)2 pa)Ja y Materials Research Bulletin (IF = 2435 3a 2015 rO)JHHY 74271)2

pa)Ja y Journal ofAlloys and Compounds (IF 3133 3a 2016 rO)JHUY 661275) 1 pa)J y Journal

ofMagnetism and Magnetic Materials (IF 2357 3a 2015 rO)JI1HY 781271) H I pa)J y Journal

ofSol-Gel Science and Technology (IF 1660 3a 2012 rO)JI1HY 427)

TaKolje ny6JlHKOBana je H nOrnaBJlgte y KIbH3H Nanoscale Ferroelectrics and Multiferroics

Key Processing and Characterization issues and Nanoscale Effects by John Wiley amp Sons Ltd

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28

ПРИЛОГ 8

Цитираност

Рад 1

AS Dzunuzovic MM Vijatovic Petrovic JD Bobic NI Ilic M Ivanov R Grigalaitis BD

Stojanovic Magneto-electric properties of xNi07Zn03Fe2O4 ndash (1-x)BaTiO3 multiferroic

composites Ceramics International 44 (2018) 683-694

Нема цитираности до децембра 2017

Рад 2

MM Vijatović Petrović R Grigalaitis N Ilic JD Bobic A Dzunuzovic J Banys B

Stojanovic Interdependence between structure and electrical characteristics in Sm-doped barium

titanate Journal of Alloys and Compounds 724 (2017) 959-968


Рад 3

JD Bobić RM Katiliute M Ivanov NI Ilić AS Dzunuzović MM Vijatović Petrović J

Banys BD Stojanović Influence of tungsten doping on dielectric electrical and ferroelectric

behavior of BaBi4Ti4O15 ceramics Journal of Alloys and Compounds 702 (2017) 619-625


Рад 4

M M Vijatovic Petrovic JD Bobic H Ursic J Banys B D Stojanovic

The electrical properties of chemically obtained barium titanate improved by attrition milling

Journal of Sol-Gel Science and Technology 67 (2013) 267-272

Цитиран је у

1 Akbas HZ Dielectric spectroscopy analysis of BaTiO3 with mechanochemical process in

different liquids (2017) Physica B Condensed Matter 524 pp 85-89

2 Senthilkumar P Dhanuskodi S Thomas AR Philip R Enhancement of nonlinear optical

and temperature dependent dielectric properties of CeBaTiO3 nano and submicron particles

(2017) Materials Research Express 4 (8) art no 085027

3 Akbas HZ Aydin Z Guder F Turgut S Accelerated formation of BaTiO3 ceramics with

mechanochemical processing in different liquids (2017) Journal of Alloys and Compounds 699

pp 87-91 Cited 2 times

4 Akbas HZ Aydin Z Yilmaz O Turgut S Effects of ultrasonication and conventional

mechanical homogenization processes on the structures and dielectric properties of BaTiO3

ceramics (2017) Ultrasonics Sonochemistry 34 pp 873-880 Cited 5 times

5 Paramesh D Kumar KV Reddy PV Influence of nickel addition on structural properties

of aluminium substituted Ni-Zn ferrite nanoparticles (2016) Processing and Application of

Ceramics 10 (3) pp 161-167

Рад 5

MM Vijatovic Petrovic JD Bobic J Banys BD Stojanovic Electrical properties of

antimony doped barium titanate ceramics Materials Research Bulletin 48 (2013) 3766-3772


6 Intatha U Parjansri P Eitssayeam S Electrical properties of Ba09Ca01Zr01Ti09O3

ceramics induced by SFN heterogeneous seed (2017) Ceramics International 43 pp S110-S114

7 Parjansri P Intatha U Guo R Bhalla AS Eitssayeam S Effect of Sb2O3 on the

electrical properties of Ba09Ca01Zr01Ti09O3 ceramics fabricated using nanocrystals seed

(2016) Applied Physics A Materials Science and Processing 122 (9) art no 840 Cited 1 time

8 Stanuch K Kajtoch C Bąk W Garbarz-Glos B Ziętek D Ptaszek S Electric properties

of polycrystalline (Ba1-xltSrx)(Ti1-xZrx)O3 solid solution (2016) Integrated Ferroelectrics 173

(1) pp 24-30 Cited 1 time

9 Yao Z Chu R Xu Z Hao J Li G Enhanced electrical properties of (LiCe) co-doped

Sr(Na05Bi05)Bi4Ti5O18 high temperature piezoceramics (2016) RSC Advances 6 (40) pp 33387-

33392 Cited 8 times

10 Li F Zeng M Yu H Xu H Li J Dielectric characteristics of B-site-modified

hexagonal-barium titanate (2016) Journal of Materials Science Materials in Electronics 27 (3)

pp 2836-2840

11 Yao Z Chu R Xu Z Hao J Du J Li G Structure and electrical properties of lead-free

Sr1-x(KCe)x2(Na05Bi05)Bi4Ti5O8 piezoelectric ceramics (2016) RSC Advances 6 (17) pp

13803-13808 Cited 3 times

12 Mahmood A Naeem A Iqbal Y Mahmood T Ullah A Synthesis characterization and

dielectric properties of Ba1minusxLa xTi1minusx4O3 powders and ceramics synthesized by solndashgel

method (2015) Journal of Materials Science Materials in Electronics 26 (8) pp 5635-5644

Cited 2 times

13 Zhang C Lu L Yang D Preparation and positive temperature coefficient of resistivity

behavior of BaTiO3ndashBaBiO3ndashBi05Na05TiO3 ceramics (2015) Journal of Materials Science

Materials in Electronics 26 (10) pp 8193-8198

14 Parjansri P Intatha U Eitssayeam S Dielectric ferroelectric and piezoelectric properties

of Nb5+ doped BCZT ceramics (2015) Materials Research Bulletin 65 pp 61-67 Cited 12

times

15 Zhang C Di LZ Ding CH Lu LX Zhai T Yang DA Sol-gel synthesis and

characterisation of la doped (12x)BaTiO3-x(Bi0middot5K0middot5)TiO3 PTCR ceramics (2015) Materials

Technology 30 (3) pp 138-143

16 Wang L Wang J Li B Zhong X Wang F Song H Zeng Y Huang D Zhou Y

Enhanced room temperature electrocaloric effect in barium titanate thin films with diffuse phase

transition (2014) RSC Advances 4 (42) pp 21826-21829 Cited 7 times

Рад 6

JD Bobić MMVijatović Petrović JBanys BDStojanović Effect of La substitution on the

structural and electrical properties of BaBi4minusxLaxTi4O15 Ceramics International 39 (2013)

8049-8057


17 Deepti PL Patri SK Choudhary RNP MgBi2V2O9 preparation and electrical property

evaluation (2017) Journal of Materials Science Materials in Electronics 28 (21) pp 16071-

16076

18 Afqir M Tachafine A Fasquelle D Elaatmani M Carru J-C Zegzouti A Daoud M

Dielectric properties of SrBi18RE02Nb2O9 (RE = Yb Tm Tb Gd Er Sm and Ce) ceramics

(2017) Solid State Sciences 73 pp 51-56

19 Badapanda T Harichandan R Kumar TB Mishra SR Anwar S Dielecric relaxation

and conduction mechanism of dysprosium doped barium bismuth titanate Aurivillius ceramics

(2017) Journal of Materials Science Materials in Electronics 28 (3) pp 2775-2787

20 Badapanda T Harichandan R Bheesma Kumar T Parida S Rajput SS Mohapatra P

Anwar S Ranjan R Improvement in dielectric and ferroelectric property of dysprosium doped

barium bismuth titanate ceramic (2016) Journal of Materials Science Materials in Electronics 27

(7) pp 7211-7221 Cited 2 times

21 Senthil V Badapanda T Chandra Bose A Panigrahi S Relaxation and conduction

mechanism of Dy3+substituted SrBi2Ta2O9 ceramics (2016) Journal of Materials Science

Materials in Electronics 27 (5) pp 4760-4770 Cited 1 time

22 Fang P Xi Z Long W Li X Chen S Structural and dielectric relaxor behavior of Ba1-

xNdxBi4Ti4O15 ceramics (2016) Solid State Communications 231-232 pp 1-5

23 Yao Z Chu R Xu Z Hao J Wei D Li G Dielectric ferroelectric and piezoelectric

properties of Ca01Sr09Bi2Nb2O9 ceramic (2015) Journal of Materials Science Materials in

Electronics 26 (11) pp 8740-8746 Cited 13 times

24 Rehman F Jin H-B Wang L Tanver A Su D-Z Li J-B Effect of Nd3+substitution

for Bi3+on the dielectric properties and conduction behavior of Aurivillius NdBi4Ti3FeO15

ceramics (2016) RSC Advances 6 (25) pp 21254-21260 Cited 4 times

25 Senthil V Badapanda T Chandrabose A Panigrahi S Dielectric and ferroelectric

behavior of cerium modified SrBi2Ta2O9 ceramic (2015) Materials Letters 159 art no 19164


26 Fang P Liu P Xi Z Quantitative description of the phase transition of Aurivillius oxides

Sm modified BaBi4Ti4O15 ceramics (2015) Physica B Condensed Matter 468-469 pp 34-38

27 Prasad NV Puli VS Pradhan DK Gupta SM Prasad G Katiyar RS Kumar GS

Impedance and Raman spectroscopic studies on La-modified BLSF ceramics (2015)

Ferroelectrics 474 (1) pp 29-42 Cited 1 time

28 Khokhar A Goyal PK Thakur OP Sreenivas K Effect of excess of bismuth doping on

dielectric and ferroelectric properties of BaBi4Ti4O15 ceramics (2015) Ceramics International

41 (3) pp 4189-4198 Cited 5 times

29 Kannan BR Venkataraman BH Structural and dielectric properties of strontium bismuth

samarium tantalate layered perovskites (2015) Ferroelectrics Letters Section 42 (1-3) pp 18-26

Cited 2 times

30 Khokhar A Goyal PK Thakur OP Shukla AK Sreenivas K Influence of lanthanum

distribution on dielectric and ferroelectric properties of BaBi4-xLaxTi4O15 ceramics

(2015) Materials Chemistry and Physics 152 pp 13-25 Cited 18 times

31 Kannan BR Venkataraman BH Effect of rare earth ion doping on the structural

microstructural and diffused phase transition characteristics of BaBi2Nb2O9 relaxor ferroelectrics

(2014) Ceramics International 40 (PB) pp 16365-16369 Cited 8 times

32 Jiang X Fu X Chen C Li X Shao H Xu M Tu N Microstructure and electrical

properties of bismuth layer-structured Na05Bi45Ti4O15 lead-free piezoelectric ceramics by Co

Mn Co-modification (2014) Kuei Suan Jen Hsueh PaoJournal of the Chinese Ceramic Society

42 (12) pp 1513-1519

Рад 7

R Grigalaitis MMVijatović Petrović JD Bobić A Dzunuzovic R Sobiestianskas A

Brilingas BD Stojanović J Banys Dielectric and magnetic properties of BaTiO3 ndashNiFe2O4

multiferroic composites Ceramics International 40 (2014) 6165-6170


33 Sahoo S Mahapatra PK Choudhary RNP Effect of sintering temperature on dielectric

electrical and magneto-electric properties of (Ba08Gd02)(Ti08Fe02) O3 (2017) AIP Conference

Proceedings 1832 art no 030002

34 Rasly M Afifi M Shalan AE Rashad MM A quantitative model based on an

experimental study for the magnetoelectric coupling at the interface of cobalt ferritendashbarium

titanate nanocomposites (2017) Applied Physics A Materials Science and Processing 123 (5)

art no 331

35 Alankaya V Analytical study on the mechanical performance of composite sandwich shells

for dielectric radar domes (2017) Journal of Sandwich Structures and Materials 19 (1) pp 108-

130

36 Erdem D Bingham NS Heiligtag FJ Pilet N Warnicke P Vaz CAF Shi Y

Buzzi M Rupp JLM Heyderman LJ Niederberger M Nanoparticle-Based

Magnetoelectric BaTiO3-CoFe2O4 Thin Film Heterostructures for Voltage Control of

Magnetism (2016) ACS Nano 10 (11) pp 9840-9851 Cited 3 times

37 Sahoo S Mahapatra PK Choudhary RNP Nandagoswami ML Kumar A

Structural electrical and magnetic characteristics of improper multiferroic GdFeO3

(2016) Materials Research Express 3 (6) art no 065017 Cited 6 times

Article

38 Uetsuji Y Wada T Tsuchiya K Multiscale numerical investigation on effective physical

properties of multiferroic BaTiO3-CoFe2O4 composites (2016) International Journal of Applied

Electromagnetics and Mechanics 52 (3-4) pp 1245-1250

39 Verma KC Kotnala RK Nanostructural and lattice contributions to multiferroism in

NiFe2O4BaTiO3 (2016) Materials Chemistry and Physics 174 pp 120-128 Cited 2 times

40 Dong Z Pu Y Shi X Hu Y Wang P Sun Z Liu X Dielectric Properties of (1-

x)BaTiO3-x BaFe12O19 Composite Ceramics (2015) Ferroelectrics 489 (1) pp 1-10

41 Erdem D Shi Y Heiligtag FJ Kandemir AC Tervoort E Rupp JLM Niederberger

M

43 Liquid-phase deposition of ferroelectrically switchable nanoparticle-based BaTiO3 films of

macroscopically controlled thickness (2015) Journal of Materials Chemistry C 3 (38) pp 9833-

9841 Cited 6 times

42 Koumlferstein R Ebbinghaus SG BaGeO3 as sintering additive for BaTiO3-MgFe2O4

composite ceramics (2015) RSC Advances 5 (87) pp 71491-71499 Cited 4 times

43 Sharma R Tandon RP Study of microstructure dielectric and magnetoelectric properties

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44 Dong Z Pu Y Wang P A comparative study of BaTiO3-BaFe12O19 multiferroic

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IEEE International Symposium on the Applications of Ferroelectric International Symposium on

Integrated Functionalities and Piezoelectric Force Microscopy Workshop ISAFISIFPFM 2015

art no 7172681 pp 108-111

Рад 8

NI Ilic AS Džunuzovic JD Bobic BS Stojadinovic P Hammer MM Vijatovic Petrovic

ZD Dohcevic-Mitrovi BD Stojanovic Structure and properties of chemically synthesized

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45 Abdel-Latif IA Study on structure electrical and dielectric properties of

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146 (1) art no 012003

46 Vijayasundaram SV Suresh G Kanagadurai R Chemically synthesized phase-pure

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47 Zhou F Yao X Gao J Bao J Song X An S Structure and performance of La08-

xBaxSr02Co08Fe02O3-δ cathode materials (2015) Kuei Suan Jen Hsueh PaoJournal of the

Chinese Ceramic Society 43 (11) pp 1517-1524

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JD Bobić MM Vijatović Petrović NI Ilić E Palaimiene R Grigalaitis CO Paiva Santos

M Cilence BD Stojanović Lead-free BaBi4Ti4O15 ceramics Effect of synthesis methods on

phase formation and electrical properties Ceramics International 41 (2015) [1] 309-316


48 Yao Z Chu R Xu Z Hao J Li W Li G Processing and enhanced electrical properties

of Sr1-x(K05Bi05)xBi2Nb2O9 lead-free piezoelectric ceramics (2016) Ceramics International

42 (9) pp 10619-10623 Cited 7 times

Рад 10

MM Vijatović Petrović JD Bobić R Grigalaitis N Ilic AS Džunuzovic V Jankauskaite

BD Stojanović J Banys Donor-acceptor joint effect in barium titanate systems Ceramics

International 41 [9] (2015) 11365ndash11371


49 Zhang M Ji X Li Z Yang Z Yan Y Huang Y Pang J Effect of excess TiO2

addition on the PTC properties of Ba099Y001TiO3-0001MnO based ceramics (2017) Ceramics

International 43 (2) pp 2338-2342

Рад 11

AS Džunuzovic MMVijatovic Petrovic BS Stojadinovic NI Ilic JD Bobic CR

Foschini MAZaghete BD Stojanovic Multiferroic (NiZn) Fe2O4ndashBaTiO3 composites

prepared from nanopowders by auto-combustion methodCeramics International 41 [10] (2015)

13189-13200


50 Ramesh T Rajendar V Murthy SR CoFe2O4ndashBaTiO3 multiferroic composites role of

ferrite and ferroelectric phases on the structural magneto dielectric properties (2017) Journal of


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B Pavlović VB Ristić MM The influence of mechanical activation on the morphological

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for Advanced Technology 212 pp 89-95

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AS Džunuzović NI Ilić MM Vijatović Petrović JD Bobić B Stojadinović Z

Dohčević-Mitrović BD Stojanović Structure and properties of Ni-Zn ferrite obtained by auto-

combustion method Journal of Magnetism and Magnetic Materials 374 (2015) 245-251


52 Singh Yadav R Kuřitka I Havlica J Hnatko M Alexander C Masilko J Kalina L

Hajduacutechovaacute M Rusnak J Enev V Structural magnetic elastic dielectric and electrical

properties of hot-press sintered Co1minusxZnxFe2O4 (x = 00 05) spinel ferrite nanoparticles (2018)

Journal of Magnetism and Magnetic Materials 447 pp 48-57

53 Ramakrishna KS Srinivas C Meena SS Tirupanyam BV Bhatt P Yusuf SM

Prajapat CL Potukuchi DM Sastry DL Investigation of cation distribution and

magnetocrystalline anisotropy of NixCu01Zn09minusxFe2O4 nanoferrites Role of constant mole

percent of Cu2+ dopant in place of Zn2+

(2017) Ceramics International 43 (11) pp 7984-7991

Cited 2 times

54 Ramakrishna KS Srinivas C Tirupanyam BV Ramesh PN Meena SS Potukuchi

DM Sastry DL Effect of Cu2+

substitution on the magnetic properties of co-precipitated Ni-

Cu-Zn ferrite nanoparticles (2017) AIP Conference Proceedings 1832 art no 050154

55 Diniz VCS Silveira JER Cornejo DR Kiminami RHGA Costa ACFM

Influence of Zn2+

content on morphological and magnetic properties of Mn1-xZnxFe2O4 ferrites

synthesized on a large scale by combustion reaction (2017) Ceramica 63 (366) pp 210-215

56 Mapossa AB Dantas J Diniz VCS Silva MR Kiminami RHGA Costa ACFM

Synthesis and characterization of Ni07Zn03Fe2O4 ferrospinel Performance evaluation for methyl

and ethyl esterification (2017) Ceramica 63 (366) pp 223-232

57 Naidu KCB Madhuri W Hydrothermal synthesis of NiFe2O4 nano-particles Structural

morphological optical electrical and magnetic properties (2017) Bulletin of Materials Science

40 (2) pp 417-425

58 Saini L Patra MK Jani RK Gupta GK Dixit A Vadera SR Tunable twin

matching frequency (fm1fm2) behavior of Ni1-x Znx Fe2O4 NBR composites over 2-124 GHz A

strategic material system for stealth applications (2017) Scientific Reports 7 art no 44457

59 Mani AD Soibam I Comparative studies of the dielectric properties of (1minusx)BiFeO3-

xNi08Zn02Fe2O4 (x=00 02 05 08 10) multiferroic nanocomposite with their single phase

BiFeO3 and Ni08Zn02Fe2O4 (2017) Physica B Condensed Matter 507 pp 21-26

60 Atiq S Majeed M Ahmad A Abbas SK Saleem M Riaz S Naseem S

Synthesis and investigation of structural morphological magnetic dielectric and impedance

spectroscopic characteristics of Ni-Zn ferrite nanoparticles (2017) Ceramics International 43 (2)


61 Knyazev AV Laumlhderanta E Zakharchuk IA Magnetic and microstructural properties of

cobalt substituted NiZn ferrite powders (2017) Solid State Phenomena 265 SSP pp 821-826

62 ur Raheem F Khan MA Majeed A Hussain A Warsi MF Akhtar MN Structural

spectral electrical dielectric and magnetic properties of Yb doped SrNiCo-X hexagonal nano-

structured ferrites (2017) Journal of Alloys and Compounds 708 pp 903-910 Cited 2 times

63 Zahari MHB Guan BH Chuan LK Structural and magnetic properties of hexagonal

barium ferrite synthesized through the sol-gel combustion route (2016) AIP Conference


64 Singh SB Srinivas C Tirupanyam BV Prajapat CL Singh MR Meena SS Bhatt

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nanoferrites Study of exchange interactions on magnetic anisotropy (2016) Ceramics

International 42 (16) pp 19179-19186 Cited 4 times

65 Jadhav J Biswas S Yadav AK Jha SN Bhattacharyya D Structural and magnetic

properties of nanocrystalline Ni[sbnd]Zn ferrites In the context of cationic distribution (2017)

Journal of Alloys and Compounds 696 pp 28-41 Cited 4 times

66 Thakur A Kumar P Thakur P Rana K Chevalier A Mattei J-L Queffeacutelec P

Enhancement of magnetic properties of Ni05Zn05Fe2O4 nanoparticles prepared by the co-

precipitation method (2016) Ceramics International 42 (9) pp 10664-10670 Cited 2 times

67 Poppy P Nur AA Puput R Ekaputri JJ Synthesis and characterization of

Ni08Zn02Fe2O4 nanoparticles by self combustion technique (2016) Materials Science Forum 857

pp 136-141

68 Lwin N Othman R Noor AFM Sreekantan S Yong TC Singh R Tin C-C

Influence of pH on the physical and electromagnetic properties of Mg-Mn ferrite synthesized by a

solution combustion method (2015) Materials Characterization 110 pp 109-115 Cited 2 times

69 Wang H Zhu D Zhou W Luo F Synthesis and microwave absorbing properties of Nindash

Cu ferriteMWCNTs composites (2015) Journal of Materials Science Materials in Electronics 26

(10) pp 7698-7704 Cited 6 times

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NI Ilić JD Bobić BS Stojadinović AS Džunuzović MM Vijatović Petrović ZD

Dohčević Mitrović BD Stojanović Improving of the electrical and magnetic properties of

BiFeO3 by doping with yttrium Material Research Bulletin 77 (2016) 60-69


70 Luuml F-C Yin K Fu K-X Wang Y-N Ren J Xie Q Enhanced magnetic and

dielectric properties of Y doped bismuth ferrite nanofiber (2017) Ceramics International 43 (18)

pp 16101-16106

71 Li Q Xing L Xu M Electrical transport properties and enhanced magnetoresistance

effect in double perovskite La2ndashxCaxCoMnO6 (0 le x le 05) (2017) Physica Status Solidi (B) Basic

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72 Fki H Koubaa M Sicard L Cheikhrouhou-Koubaa W Cheikhrouhou A Ammar-

Merah S Influence of Y doping on structural vibrational optical and magnetic properties of

BiFeO3 ceramics prepared by Mechanical Activation

73 Hao S Yi J Chao X Wei L Yang Z Multiferroic properties in Mn-modified

07BiFeO3-03(Ba085Ca015)(Zr01Ti09)O3 ceramics (2016) Materials Research Bulletin 84 pp 25-

31 Cited 1 time

Рад 14

L Curecheriu M M Vijatovic Petrovic JD Bobic BD Stojanovic Nonlinear properties of

antimony-doped BaTiO3 ceramics Applied Physics 119 [2] (2015) 681-686


Рад 15

JD Bobić RM Katiliute M Ivanov MM Vijatović Petrović NI Ilić AS Dzunuzović

J Banys BD Stojanović Dielectric ferroelectric and magnetic properties of La doped

Bi5Ti3FeO15 ceramics J Mater Sci Mater Electron 27 (2016) 2448-2454


74 Das SN Pradhan SK Bhuyan S Choudhary RNP Capacitive resistive and

conducting characteristics of bismuth ferrite and lead magnesium niobate based relaxor

electronic system Journal of Materials Science Materials in Electronics 28 (24) pp

18913-18928

75 Kumar S Yadav AK Sen S Solndashgel synthesis and characterization of a new four-layer

K05Gd05Bi4Ti4O15 Aurivillius phase (2017) Journal of Materials Science Materials in

Electronics 28 (16) pp 12332-12341

76 Pradhan SK Das SN Halder S Bhuyan S Choudhary RNP Dielectric dispersion

and impedance spectroscopy of yttrium doped BiFeO3-PbTiO3 electronic system (2017) Journal

of Materials Science Materials in Electronics 28 (13) pp 9627-9633

77 Pradhan SK Das SN Bhuyan S Behera C P Choudhary RN Structural and electrical

properties of lead reduced lanthanum modified BiFeO3ndashPbTiO3 solid solution (2017) Journal of

Materials Science Materials in Electronics 28 (2) pp 1186-1198

Рад 16

MM Vijatovic Petrovic JD Bobic R Grigalaitis BD Stojanovic J Banys La-doped and

LaMn-co-doped Barium Titanate Ceramics Acta Physica Polonica A 124 (2013) 155-160


78 Abhange PB Malvade VC Chandralingam S Thombare JV Kokare SR The

structural morphological and electrical properties of BaNd196La004Ti3O10 ceramic (2016)

Materials Letters 175 pp 161-164

79 Gomes MA Lima AacuteS Eguiluz KIB Salazar-Banda GR Wet chemical synthesis of

rare earth-doped barium titanate nanoparticles (2016) Journal of Materials Science 51 (10) pp


80 Mgbemere HE Schneider GA Effect of La and Mn on the properties of alkaline niobate-

based piezoelectric ceramics (2016) Journal of Asian Ceramic Societies 4 (1) pp 97-101

81 Wodecka-Dus B Adamczyk M Dzik J Osinska K The analysis of the electrical

properties of BLT ceramics fabricated from sol-gel derived powders (2016) European Physical

Journal B 89 (2) art no 52 pp 1-7

82 Chen W Zhao X Sun J Zhang L Zhong L Effect of the Mn doping concentration on

the dielectric and ferroelectric properties of different-routes-fabricated BaTiO3-based ceramics

(2016) Journal of Alloys and Compounds 670 pp 48-54 Cited 6 times

83 Sharma N Gaur A Gaur UK Kotnala RK Multiferroicity in Ba097La003Ti1-

xNixO3 (003 le x le 007) ceramics (2014) Journal of Alloys and Compounds 615 pp 135-140

84 Upadhyay SK Reddy VR Bag P Rawat R Gupta SM Gupta A Electro-caloric

effect in lead-free Sn doped BaTiO3 ceramics at room temperature and low applied fields (2014)

Applied Physics Letters 105 (11) art no 112907 Cited 24 times

85 Gong G Fang Y Zerihun G Yin C Huang S Yuan S Investigation of A-site la

substituted BaTi096Mn 004O3 ceramics Searching for ferromagnetic origin (2014) Journal of

Applied Physics 115 (24) art no 243902 Cited 5 times

86 Wang M-J Yang H Zhang Q-L Lin Z-S Zhang Z-S Yu D Hu L Microstructure

and dielectric properties of BaTiO3 ceramic doped with yttrium magnesium gallium and silicon

for AC capacitor application (2014) Materials Research Bulletin 60 pp 485-491 Cited 5 times

87 Das SK Mishra RN Roul BK Diluted magnetic ferroelectric effect in BaTi09Hf

005Co005O3 ceramic (2014) Applied Physics A Materials Science and Processing 116 (4) pp


89 Zhao X Chen W Zhang L Gao J Zhong L Effect of fabrication routes on the

microstructure the dielectric and ferroelectric properties of the Mn-doped BaTiO3ceramics

(2014) Applied Physics A Materials Science and Processing 118 (3) pp 931-938 Cited 1 time

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2










CAPA)1)IHK








3



YKYnHo 7 x 8 = 56





YKYnHo 3 x 5 15





YKynHo 3 x 3 = 9

4







YKynllo 5 xlS 75






5















6












YKYnHo 27 x 05 = 135

7











6poj 60)108a 10




6poj 60)108a 8



8


6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















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20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16












































CAPA)1)IHK








3



YKYnHo 7 x 8 = 56





YKYnHo 3 x 5 15





YKynHo 3 x 3 = 9

4







YKynllo 5 xlS 75






5















6












YKYnHo 27 x 05 = 135

7











6poj 60)108a 10




6poj 60)108a 8



8


6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16





































YKYnHo 7 x 8 = 56





YKYnHo 3 x 5 15





YKynHo 3 x 3 = 9

4







YKynllo 5 xlS 75






5















6












YKYnHo 27 x 05 = 135

7











6poj 60)108a 10




6poj 60)108a 8



8


6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16









































YKynllo 5 xlS 75






5















6












YKYnHo 27 x 05 = 135

7











6poj 60)108a 10




6poj 60)108a 8



8


6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16

















































6












YKYnHo 27 x 05 = 135

7











6poj 60)108a 10




6poj 60)108a 8



8


6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16














































YKYnHo 27 x 05 = 135

7











6poj 60)108a 10




6poj 60)108a 8



8


6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16













































6poj 60)108a 10




6poj 60)108a 8



8


6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16




































6poj 60)1oBa 8


6poj 60)1oBa 8


6poj 60~oBa 8










9




6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16






































6poj 60llOBa 8


6poj 60llOBa 8




6poj 60llOBa 5







10












11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16














































11












12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16














































12











13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16













































13



YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16





































YKynHo 26 x 05 = 13








PMOBH 369 H 17

















14




































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16






































































15




























nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16






























































nCTJbe








16



































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16





































































OHa onaJa

17






























18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16
































































18





















K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16























































K3JlpOBa













19




1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16






































1HCepTaQHje






























20
























21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16


























































21














1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16
















































1 IlpBH ayTop Ha






2 upyrM ayTop Ha









22


























23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16




























































23









M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16











































M 2la 1 10 10

M21 12 6x8 + 6x671 882

M22 2 lx5 + lx42 92

M 23 1 3 3

M24 1 2 2

MJ4 26 05 13

M13 1 1 X 39 39









MIO+M20+M31+M32+M33 M41 +M42+M90 gt 40

1163

Mll+M12+M21+M22+M23 30 1104

24






M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16








































M 2la 1 10 10

M21 19 13x8 + 6 x671f 1442

M22 5 4x5 + lx421f 242

M 23 4 3 12

M24 1 2 2

M13 1 4 4

M34 53 05 265

MS2 5 15 75











25




































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16






































































26












HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16














































HaYQHH capa)(HHK

Y Eeorpa)(y

lJJIAHOBH KOMHCHJE

~







27


HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16




































HAYTIHMX 3BAffiA




HeorrXol1HO XX=

OCTBapeHO


06aBe3HH (1) ~10+~20+~31+~32+~33+~41+~42 10

06aBe3HH (2) Ml1+MI2+M21+M22+M23 6


YKyrrHo 50 1293

06aBe3HH (1) MI0+M20+M31+M32+M33+M41+M42+M90 40 1163

06aBe3HH (2)

Ml1+MI2+M21+M22+M23 30 1104


06aBe3HH (1) Ml 0+M20+M31 +M32+M33+M41 +M42+M90 50

06aBe3HH (2) Ml1+MI2+M21+M22+M23 35

28

ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16



































ПРИЛОГ 8


Рад 1





Рад 2





Рад 3





Рад 4


















Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16








































Ceramics 10 (3) pp 161-167

Рад 5














33392 Cited 8 times



pp 2836-2840







Cited 2 times






times







Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16









































Рад 6



8049-8057




16076
































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16













































41 (3) pp 4189-4198 Cited 5 times



Cited 2 times










42 (12) pp 1513-1519

Рад 7











art no 331



130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16





































130








Article









M



9841 Cited 6 times










art no 7172681 pp 108-111

Рад 8







146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16





































146 (1) art no 012003







Рад 9







42 (9) pp 10619-10623 Cited 7 times

Рад 10








Рад 11




13189-13200









Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16







































Рад 12














Cited 2 times






Influence of Zn2+








40 (2) pp 417-425































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16


























































pp 136-141






(10) pp 7698-7704 Cited 6 times

Рад 13







pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16





































pp 16101-16106









31 Cited 1 time

Рад 14




Рад 15








18913-18928



Electronics 28 (16) pp 12332-12341







Рад 16



































Рад 16



































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H3BEIIITAJ EHOrPA HJA › wp-content › uploads › documents › izvestaji › ... · 2018-01-01 · HAYlIHOM BE1'tY HHCTHTYTA 3A MYJITH,11,IICJJ;HIIJllIHAPHA IICTPA1KHBAIbA YHHBEP3HTETA