Division: NanoCenter

Leading scientific researcher,

Phone:+(994) 12 4189067; Mob: 994 50 364 90 67

e-mail: [email protected]



Date of Birth: 25/09/1957

Home address: 29/127B, Y.Vezirov str., AZ1052, Baku, Azerbaijan

Phone: (994 12) 438 48 24

Office address: Baku State University, 23 Khalilov str.,Baku, 370148

Phone: (994 12) 439 06 93; 418 90 67


1987: Ph.D., Faculty of Physics, Baku State University, Baku

From 1969 to 1974:

1996 Ph.D. on Solid State Physics

1978-1981 Special Faculty of Physics, Moscow Engineering Physics Institute, student

1975-1978: Faculty of Physics, Baku State University, student


2004 to present leading scientific researcher, NanoCenter, Baku State University

1992-11.2004: scientific researcher, department of Physics, Baku State University

1988-1992: sub research officer, Baku State University

1985-1988: post-graduate student Moscow Engineering Physics Institute

1983-1984 probationer teacher Moscow Engineering Physics Institute

1982-1983: engineer, Department of Physical Electronics, Baku State University

1981-1982: laboratory assistant , Departement of General Physics, Baku State University


Nanomaterials, nanocomposites and physical processes in the low dimensional structures


2014,  october, Tbilisi, Georgia,3 Int.Conf. ‘Nanotechnologies”, Nano-2014
2014,  october, 15th Intern. Materials Symposium, Karahayıt, Denizli, Turkey
2014,  march, Int.conf.  “TBILISI- SPRING-2014”
2013,  july, Canary Islands, Spain, ICCE-21  Tenerife, Composites or NanoEngineering, (the “Hawaii” of Europe)
2013,  may, Baku, Azerbajcan,  FP 7  NAPEP, Workshop: Sensor elements on base of organicinorganic hybride materials  
2013,  september, Istansul, Turkey, Turkish Physical Society 30th int. Phys. Congres, Istanbul University
2013,  july, Canary Islands, Spain, ICCE-21  Tenerife, 21st  Ann. Int. Conf. on Composites or Nano  Engineering,Hawaii
2013,  may, Baku, Azerbajcan,  FP 7  NAPEP, Workshop: Sensor elements on base of organic- inorg.hybride materials
2012,  may, Strasbourg, France,  E-MRS  2012  Spring Meeting,
2012,  october, Szeged, Hungary, FP 7  NAPEP,  SIWAN 5   5th Szeged Int. Workshop on Advances in  Nano-science
2011,  september, Baku, Azerbaijan,  FP7  NAPEP, Workshop “Materials for sensor elements”
2011,  september, Baku, Azerbaijan, FP7  NAPEP, training “Nanotechnology Project Development”,  
2011,  may, Oulu, Finland,  FP 7  NAPEP,  training “State of the art methods in micro and nanoelectronics”,
2010,  октябрь, Ставрополь,Россия, Межд.науч.к., Химия твердого тела: наномат., нанотехн., (3 д.)
2010,  august, Edinburgh, 19th Int. Sympos. on the Applications of Ferroelectrics  
2009,  june- july, Singapore, ICMAT-2009 IUMRS-2009, Symposium J: Nanodevices and Nanofabrication
2008,  july, Sydney, Australia, International Conference on Electronic Materials
2008, сентябрь, Иваново,Pоссия, Межд.конф. «Кинетика и механизм кристаллизации»
2008,  oktober, Iran, Tabriz, Inter. Cong. on Nanoscience& Nanotechnology
2008,  май, Москва, оссия, 20-ая Международная конференция по фотоэлектронике и приборам ночного видения
2008,  iyun, Bakı, Azərbaycan, Fizikanın aktual problemləri
2007,  july, Singapore, Inter. Conf. ICMAT
2007,  november, Moscow, Phryazino, оссия, Конф. «Нанотехнология-производству 2007»
2007,  may-june, Strasbourg, France, E-MRS 2007 Spring Meeting, Symposium A
2007,  september, Warsaw, Poland, E-MRS 2007, Fall Meeting.
2007,  october, Frascati, Italy, International Simposium: Nanoscience & Nanotecnology
2007,  october, Crimea, Ukraine, International conference Functional Materials
2006,  november, Moscow, Phryazino, kонф. «Нанотехнология-производству 2006»
2006,  november, Rome, Italy, International Conference on nanoscience and nanotechnology
2006,  october-november, San Francisco, California, 3rd International Congress of Nanotechnology
2006,  may, Ankara, Turkey; 3rd Inter. Conf. on Technical and Physical Problems in Power Engineering
2005,  sentyabr, Bakı, Azerbaycan, Light in Nano-Size Solids I International Scientific Seminar
1994,  december, Taivan, R.O.C., Seventh International Conference on Solid Fims and Surfaces
1989,  июнь, Каир, Египет, ХII конф. по твердому телу


Journal of Ovonic Research Vol. 13, No. 1, January - February 2017, p. 25 – 32 Balayeva  O.O., Azizov  A.A., Muradov M.B., Maharramov A.M., Eyvazova G.M. ,  Alosmanov R.M. Influence of precursor type and concentration on the synthesis of copper sulfide nanoparticles (imp.-fact.  0,7) C
Materials Chemistry and Physics 201 (2017) 42-49,
Balayeva O.O., Azizov A.A., Muradov M.B., Maharramov A.M., Eyvazova G.M., Agamaliyev Z.A., Gasimov R.J., Synthesis and physicoche-mical characterization of CuxS-NiySz/FNBR and CuS-NiySz/FNBR nano-composites from b-NiS/ FNBR by ion exchange method: (x=1; 1.8); (y=1; 3); (z=1; 4) (imp.-fact.  2,1)
Fullerenes, Nanotubes and Carbon Nanostruc-tures,  25:9, (2017),
Malikov E.Y., Akperov O.H., Muradov M.B. , Eyvazova G.M., Kukovecz  Á. , Kónya Z., Facile synthesis route of nvironm-like structures from multiwall carbon nanotubes (imp.-fact.  1,35) B
Materials Science in Semiconductor Processing, 64  (2017)  130-136 43 , Balayeva  O. O., Azizov  A.A., Muradov M.B., Maharramov A.M., Eyvazova G.M.,Gasimov R.J., Dadashov Z.Kh. Effect of thermal annealing on the properties of nickel sulfide nanostructures:  Structural phase, Transition  (imp.-fact.  2,41)
Solid-State Electronics 132  (2017) 31-38, O.O.Balayeva,  A.A.Azizov, M. B.Muradov, G. M.Eyvazova, Dielectric Characterization  of  CuxS-NiySz/FNBR and  CuS-NiySz/FNBR  nanocomposites (imp.-fact.  1,345)
Materials Research Bulletin, v. 75,  p. 155–161, 2016,  O.O.Balayeva, A.A. Azizov, M.B. Muradov, A.M.Maharramov, G.M.Eyvazova,  R.M.Alosmanov, Z.Q. Mamiyev, Z.A. Ağamalıyev, b-NiS and Ni3S4 nanostructures: Fabrication and characterization   
Physica E: Low-dimensional  Systems and Nanostructures, v. 69, p. 212–218, 2015, E.Y. Malikov, M.C.Altay , M.B.Muradov, O.H.Akperov, G.M.Eyvazova,  R.Puskas,  D.Madarasz, Á.Kukovecz, Z.Kónya, Synthesis and characterization of  CdSnanoparticle based multiwall carbon nanotube–maleic anhydride–1-octenenanocomposites.  
European Polymer Journal, v. 68, p.  47-56, 2015, M.C.Altay, E.Y.Malikov,  G.M.Eyvazova,  M.B.Muradov , O.H.Akperov, R.Puskás, Z.Kónya, D.Madarász,K Á.Kukovecz   Facile synthesis of CuS nanoparticles deposited on polymer nanocomposite  foam and their effects on microstructural and optical properties   
Proceedings of young scientists, Azerbaijan, N12, p. 21-34,  2015, O.O.Balayeva , A.A. Azizov M.B.Muradov, N.O.Balayeva, G.M. Eyvazova, Properties and perspective applications of copper sulfide nanomaterials: a review
Physica E: Low-dimensional Systems and Nanostructures, v. 69, may, p. 212–218, 2015, E.Y.Malikov ,M.C.Altay M.B.Muradov O.H.Akperov G.M.Eyvazova R.Puskás D. Madarász, Á.Kukovecz  Z.Kónya  Synthesis and characterizationvof CdSnanoparticlebasedmultiwall carbon nanotube–maleic anhydride–1-octenenanocomposites
Semiconductors , 48 (2), p. 204-206, 2014, Niftiev N.N.,  Tagıyev O.B., Muradov M.B., Mamedov F.M.,  Dielectric properties of MnGa2S4 single crystals in an alternating electric field
J. of Solar energy engineering , v.136, N 4, 044503, 2014, H.M.Mamedov, A.M. Maharramov, Z.Kónya , M.B.Muradov, Á. Kukovecz , K.Kordas, D.P.Hashim, V.U.Mamedov, Preparation and investigation of p-GaAs/n-Cd1-xZnxS1-y  heterojunctions deposited by electrochemical deposition
J. of Nanostructured Polymers and Nanocomposites, v. 10, Iss. 02, 2014 , A.H. Amrahova,M.B. Muradov, E. Yassitepe, N. Rujisamphan,S. Ismat Shah    Synthesis of copper sulfide nanoparticles by combined Successive Ionic Layer Adsorption and Reaction (SILAR) and ion exchange methods
IJISET Int. J. of innovat. Science, Engineering &Technology, v. 1, No 4, p.352-360, 2014.M.B.Muradov,G.M.Eyvazova, E.Y.Malikov, O.O.Balayeva  , Formation of the copper sulfide nanoparticles by ion exchange from electrolyte solutions.
Physica E: Low-dimensional Systems and Nanostructures,  v. 1, p. 129–134, 2014, E.Y.Malikov, M.B.Muradov, O.H.Akperov, G.M.Eyvazova,  A.M.Maharramov, R.Puskas, L.Nagy  , D.Madarasz, Z.Kónya, Á.Kukovecz, Synthesis and characterization of polyvinyl alcohol based multiwalled carbon nanotube nanocomposites
İntern. J. of Advanced Chemical Technology, v. 3, No 1, p.14-18, 2014,  M.B.Muradov, O.H.Akperov, E.Y.Malikov, A.M.Maharramov, E O.Akperov, G.M.Eyvazova, Á.Kukovecz, Z.Kónya  , Synthesis of ZnS nanocrystals within Maleic Anhydride-Octene-1-Vinylbutyl ether terpolymer template and its characterizations   
J.of Qafqaz University- chem. and boil., v. 2, No 1, p. 10-23, 2014, E.Y.Malikov, M.B. Muradov, O.H.Akperov, G.M.Eyvazova,  A  review on the functionalization routes of carbon nanotubes.
Physica E, v. 61, p. 129-134, 2014, E.Y.Malikov, M.B.Muradov, O.H.Akperov, G.M.Eyvazova, R.Puskás, D.Madarász, L. Nagy, Á.Kukovecz, Z.Kónya,  Synthesis and characterization of polyvinyl alcohol based multiwalled carbon nanotu be nanocomposites
World Journal of Condensed Matter Physics, v. 3, No 1, p. 82-86, 2013,  M.B.Muradov, K.A.Yusifova, G.M.Eyvazova, R.K.Mammadov, A.Z.Salahova,  Study on dielectric properties of CdS/PVA nanocomposites obtained by using successive ionic layer  adsorption and reaction
Composites  Part B: Engineering, v. 53, octobr , p. 391-394, 2013, N.O. Balayeva,  O.O. Askerova, A. A. Azizov , R. Alosmanov,  G.M.Eyvazova, M.B.Muradov, Synthesis of CuS and PbS nanocrystals on the basis of PE/NBR polymer/ elastomeric composites for their applications
Жур.Технической Физики, т. 82, в. 4, c. 147-149, 2012, Нифтиев Н.Н. , Тагиев О.Б.,  Мурадов М.Б., Мамедов Ф.М.,  Электрические свойства  FeIn2S4   на переменном токе.
Прикладная физика, No 5, p. 94-97, 2010, Мурадов М.Б., Эйвазова Г.М., Елчиев Я.М. Влияние термического отжига на структу-ру и оптические свойстива наночастиц сульфида меди, сформированных в объеме полимерной матрицы
Surface Engin. and Appl. Electrochemistry , v. 45, No 2 , p. 167-170, 2009, M. B. Muradov, A. Sh. Abdinov, R. H. Hacımamedov, G.M.Eyvazova, Dielectric properties of nanocomposites on the basis of copper sulfide nanoparticles and a polymer matrix
Semiconductors, v. 43, N 11,  p. 1407-1409, 2009, Niftiev N.N.,  Tagıyev O.B., Muradov M.B., Mamedov F.M., Electrical properties of layered FeGaInS4 single crystals with an alternating current
Письма в ЖТФ, т. 35, в .22, с. 79-83, 2009, Нифтиев Н.Н. , Тагиев О.Б.,  Мурадов М.Б., Мамедов Ф.М.,  Kaзимова  М.A., Электропроводность монокристаллов MnGa2S4 на переменном токе
J. Optoelectronic and Advanced Materials- rapid communication, v. 2, No 1, p. 42-45, 2008, Kalandaragh Y., Muradov M.B., Mamedov  R. K., Behboudnia M.,  Khodayari  A., Structural, compositional and optical  characterization of water soluble CdS  nanoparticles synthesized by ultrasonic irradiation   
J. of Optoelectr.  and Advanc. Mater.– Rap. Comm., v. 2, No. 12, p. 775 – 778, 2008, M.B.Muradov, G.M.Eyvazova, R.Turan, A.M. Maharramov, Effective mass and peculiarity of optical properties of Cadmium Sulfide nanoparticles
Nanotexnika, No 3, p. 56-59, 2008, M.B. Muradov, G.M. Eyvazova, R.Turan, Y.К. Azizian, A.M. Maharramov, S.А.Таlibovа, Some features of the optical properties of cadmium sulfide nanoparticles
Applied Physics, No 4, p. 135-138, 2008,  M.B. Muradov, G.M. Eyvazova, R.H. Hajimamedov,  M.A. Nuriyev, Dielectrical relaxation in CdS/PVA nanocomposites
J. Crystal Growth, v. 305, iss. 1, p. 175-180, 2007, Kalandaragh Y. A., Mammedov R.G., Muradov M.B., Khodayari, Ali. Growth process and investigation of some physical properties of CdS nanocrystals formed in polymer matrix by successive ionic layer adsorption and reaction(SILAR) method    
Surface Engin. and Appl. Electrochemistry, v. 43, No 6, p. 512-515, 2007, M.B.Muradov, M.A.Nuriyev, G.M.Eyvazova, Sensitivity of Composites Based on Gelatin and Nanoparticles Cu2S and CdS to Vapors of Some Organic Compounds
Surface Engin.and Appl. Electrochemistry, V. 43, No 5, p. 391-394, 2007, M M.B.uradov, M.A.Nuriyev, G.M.Eyvazova, Electric conductivity of nanocompounds based on polymer and chalcogenide semiconductors CdS, Cu2S
J. of Optoelectr. and Advanc. Mater.-OPEN J-Gate-Worlds, v. 9,  No 5, p.1411-1413, 2007, M.B.Muradov , Eyvazova G.M.,  Bagirov A.N., The effect of solutions consentrations on the optical properties of CdS nano-particles formed in the polymeric matrix volume
Nanotexnika, No 2, p. 56-58, 2006, M.B. Muradov, G.M. Eyvazova, А.N.Bagirov, А.К. Оrujev , Effect of a solution to the optical properties of nanoparticles of CdS, formed in the polymer matrix
Ukr. J. Phys., v. 49, N 6, р. 579-581, 2004, Niftiev N.N., Alidhanov M.A., Muradov M.B., Tağıyev O.B., Mamedov F.M., Electrical properties of FeGa2S4   
ФТП, т. 38, в. 5, с. 550-551, 2004, Нифтиев Н.Н., Алиджанов М.А., Мурадов М.Б., Тагиев О.Б., Мамедов Ф.М., Электрические свойства  МnIn2Sе4
ФТП, т. 37, в. 2, с. 173-175, 2003, Нифтиев Н.Н., Алиджанов М.А., Мурадов М.Б., Тагиев О.Б., Электрические свойства  FeIn2Sе4
J.Phys. III France, july, p.853-861, 1996, Agasiyev A.A., Muradov M.B., Mamedov M.Z., Electrical conductivity and dielectric properties of Bi4Ti3O12 films


2005– 2007 Grant 3486 STCU “Diffusion and ion-exchange processes in chalcogenide semiconductor nanoparticles , formed in volume of polymer matrix
2006- 2008 Grant 3840 STCU “The utilization of wastes of production PTFE wares as mean of fight
against  international terrorism”
COST 539 (ELENA)Electroceramics from Nanopowders Produced by Innovative Methods”
Qrant TWAS  “Growth of core-shell type nanoparticleson basis CdS-CuxS in polymer matrices, and an evaluftion of the electrical and optical properties of the composite materials”
Qrant Seventh Framework Programme (FP7)“Nanotechnology platform for electronics and photonics”

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