Azerbaijan National Academy of Science

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Garibov Adil Abdulkhalig oglu
Place of Birth Republic of Azerbaijan, Sheki city  
Date of Birth 28.03.1950 
Education Azerbaijan State University, Chemistry fakultet
Scientific degree Doctor of Chemical Sciences, chemist 
Title Professor 
Topic of PhD thesis:

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02.00.04, 02.00.09

Physical chemistry, radiation chemistry

Investigation of the effect of gamma rays on zeolite and containing zeolite catalysts

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02.00.04, 02.00.09

Physical chemistry, radiation chemistry

Regularities in the processes of of energy transfer radiation - catalytic decomposition of substances on the surface of oxides and metal oxide systems
Election of corresponding member of ANAS:

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Radiation chemistry
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Total number of printed scientific publications:

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Certificates of authorship and number of patents 35
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Main scientific achievements For revealing application possibilities of nuclear energy in power-consuming oil-chemistry processes, it has been developed radiation-heterogenous processes enabling to increase activities of catalytic cracking catalysts of oil fractions and their selectivity on fuel obtain, confirmed in the processes of individual hydrocarbons and catalytic cracking of oil fraction in the example of real catalysts.

In oxide systems it has been revealed regularities of influence of content, band gap width, structural order, surface levels, biographic defects, irradiation intensity and temperature on defect formation processes under ionizing ray influence. It has been determined regularities of formation processes of nonequilibrium charge carriers and exitons in semiconductors and dielectrics under ionizing ray influence in both theoretical and experimental way. Formation threshold energies of these defects have been defined. In oxide systems it has been revealed the dependence regularities of the processes of conversion of ionizing ray energy by nonequilibrium charge carriers and exitons and transmission to surface levels on structural order, surface level state and dimensions of oxide particles. The obtained regularities have enabled effective nano-size catalyst selection for conversion processess of nuclear energy to chemical energy of hydrogen on the basis of oxide compounds and reveal of high effective processes.

It has been developed scientific bases of catalyst selection for the processes of hydrogen obtain from radiation catalytic decomposition of water, CO2 and methane in the direction of atom-hydrogen energy.

It has been obtained new oxide systems with nuclear material (U, Th, Pu) content, resistant to radiation and temperature, being able to perform as a catalyst-energy source for fuel and fragment radiolytic processes in high-temperature nuclear reactors and studied the influence of internal and external irradiation on their properties. It has been defined high radiation catalytic properties of (UO2)x - (BeO)y - (SiO2)2-type systems at fragment radiolysis of water, tested in real pilot devices.

It has been studied the role of radiation heterogeneous processes in protection and catastrophic oxidation of materials and obtain of hydrogen in contact with heat carrier and heat emission materials in water-cooled nuclear reactors. Radiation catastrophic oxidation of metals and alloys has been experimentally observed for the first time and the role of these processes in accidental conditions of water-cooled nuclear reactors has been revealed. The obtained results have been used in developing scheme of normal and accident modes of water-cooled nuclear reactors.

It has been developed radiation-heterogeneous processing method enhancing the resistance of metal and alloys to oxidizing corrosion processes in nuclear reactor and other technological environments. It has been obtained effective sorbents for isolation of uranium and radium isotopes by separating them from water environment and created experimental test device enabling their separation from the produced water separated from real oil-gas production processes.

Formation and migration processes of defects in nano-size systems have been studied. It has been revealed the regularities of nuclear transformation and defect formation processes under neutron flux influence in nano-Si and n-SiO2 systems. The obtained results will be used in the direction of durability of nano-size systems in exterme conditions and modification of electrophysical properties.

It has been studied the processes of distribution and migration of natural and artificial radioactive isotopes in soil, air and water systems of production areas of Azerbaijan Republic, assessed their influence on the environment and developed separation methods of isotopes.

Names of scientific works 1. А.А. Гарибов, Радиационно-каталитическое действие оксидных катализаторов в процессе разложения воды, Радиационно-каталитические процессы в дисперсных средах //Сборник научных трудов. Отв. Редактор д.х.н. В.Н.Пармон, Новосибирск, «Наука» Сибирское отделение, 1992, с.120-161

2. A.A.Qaribov, G.Z.Velibekova, T.N.Agaev, Effect of degree of order of silicon dioxide on localization processes of non-equilibrium Charge carries under the influence of gamma-radiation, J.Radiation Physics and Chemistry 54, (1999), c. 131-134

3. A.A.Qaribov, Г.З.Велибекова, Э.А.Самедов Effect of Adsorption in the Heterogeneous Radiolysis of Water in the Presence of Bryllosilicat, Журнал Химия Высоких Энергий, 2000, №1, ст. 150-158

4. А.А. Гарибов, Я.Д.Джафаров, Г.З.Велибекова, Э.А.Самедов, Влияние адсорбционных процессов на протекание гетерогенного радиолиза воды в присутствии силиката бериллия, Журнал Химия Высоких Энергий, 2000, том.34 , №6, ст. 421-425

5. A.A.Qaribov, T.N. Agayev, G.Z. Velibekova, A.G. Aliyev , Influence of preliminary radiation oxidizing treatment on the corrosion resistance of zirconium in condition of action of ionizing radiation, Journal of Turkish Atomic Energy Authority, Eurasian Nuclear bulletin. N 3, 2004, p.45-50.

6. А.А. Гарибов, Н.Н.Гаджиева, А.Н.Римиханова Ш.С.Исмаилов, Исследование радиационного окисления алюминия в системе алюминий-вода методами электропроводности и инфракрасной спектроскопии., Вопросы атомной науки и техники.,Серия: Физ. Рад. Повр. и радиац. материаловедение (91), 2007, №6, с.36-39

7. А.А. Гарибов, Н.Н. Гаджиева, А.Н.Римиханова, Особенности радиационно-стимулированной адсорбции н-гексана на поверхности алюминия , Журнал Физической химии, т.81, №5, 2007 с.1-4,

8. А.А. Гарибов, Агаев Т.Н., Велибекова Г.З., Исмаилов Ш.С., Алиев А.Г., Особенности механизма изменения электропроводности радиационно-обработанных пластинок циркония, Журнал «Вопросы атомной науки и техники», Серия «Физ. pад. Повреж. и радиационное материаловедение» (91), 2007, №6,с.55-57

9. А.А. Гарибов, А.Г.Алиев, Т.Н.Агаев, Ш.С.Исмаилов, Г.З.Велибекова, Влияние предварительной радиационно-окислительной обработки на электрофизические свойства циркония, Журнал «Металловедение и термическая обработка металлов» №9 (627) 2007, с.30-33

10. A.A.Qaribov, U.Sanson, Chang Kyu Kim, G.Kis-Benedek, R.Shorn, E.Zeiller, V.Huseynov, A.Chupov, Natural and anthropogenic radionuclides in the rivers of Azerbaijan, Journaj of Radioanalytical and Nuclear Chemistry. Vol.277, N2 (2008), 357-364

11. А.А. Гарибов, Н.Н.Гаджиева, Ф.Н.Нурмамедова, С.М.Алиев, Я.Д.Джафаров. Окисление и накопление Н2 в системе бериллий-вода при термическом воздействии. Физика и химия обработки материалов. 2010, №5, с.92-9

12. A.A.Qaribov, R.I. Khalilov, V.A. Serezhenkov, M.K. Kerimov, A.F. Vanin, Accumulation of Magnetic Nanoparticles in Plants Grown on Soils of Apsheron Peninsula. Biophysics, 2011, vol.56, № 2, pp. 316-322

13. A.A.Qaribov, Mammadov S.M., Rzayeva S.A., Akperov O.N. Studi of the strukture and parameters of grid of hidrogenated butadiene nitrile rubber cross-linked with polumer peroxsides, American Journal of Polymer Science, 2012, № 2(5), p.122-128

14. A.A.Qaribov, M. Mammadov, О.A. Аkparov, Rzayeva S.A, The Influence of γ-Irradiation on Structuration in Solutions of BNR and Properties of Films, Open Journal of Physical Chemistry, 2012, 2, pp.182-184.

15. A.A.Qaribov, Sh.M. Mammadov, S.A. Rzayeva, E.O. Akperov, J.S. Mammadov, Thermodynamic Research of Solubility of Irradiate Cross-linked Copolymers in Mix Butadiene Nitrile with Polyvinylchloride, American Journal of Material Science, 2012, 2 (5), PP.160-163,

16. А.А. Гарибов, Пепелышев Ю.Н., Тайыбов Л.А., Р.Н.Мехтиева, Экспериментальная оценка параметров кинетики реактора ИБР-2 по стохастическим шумам мощности, Атомная энергия, 2012, т.113, вып.4, стр. 202-205.

17. A.A.Qaribov, Melikova S.Z., Gadzhieva N.N., Nadjafov A.I., Peculiarities of radiothermoluminescence of gamma-irradiated borosilicates Surface Engineering and Applied Electrochemistry, 2013, v.49, №4, pp.326-330.

18. A.A.Qaribov, F. Ahmadov, N. Anfimov, Z. Krumshtein, R. Madatov, A. Olshevski, Z. Sadygov, Alpha particle detectors based on micro pixel avalanche photodiodes, Jour. Functional materials-20, No 3, 2013, p. 390-392.

19. A.A.Qaribov, F. Ahmadova, Z. Krumshtein, R.Madatov, V. Shvetsov, Z. Sadygov, Alpha Particle Detector Based on Micro pixel Avalanche Photodiodes, Physics of Particles and Nuclei Letters, 2013, Vol. 10, No. 7, pp. 778–779.

20. A.A.Qaribov, Ghahramani M.R. Agayev T.N., Production and quality control of radioactive yttrium microsfpheresfor medical applications, Applied Radiation and Izotopes, 2013, No12, p.

21. A.A.Qaribov, Hashemi M.Y. Agayev T.N., Effect of gamma radiation on oxidation of elektroless Ni-P deposited on stainless stiil st.304, Surface Engineering and Applied Electrochemistry, 2014, v.50, №1, pp.38 - 42

22. А.А. Гарибов, Агаев Т.Н., Иманова Г.Т., Меликова С.З., Гаджиева Н.Н, .Изучение радиационно-термического разложения воды на нано-ZrO2 методом инфракрасной спектроскопии, Жур. Химия Bысоких Энергий, 2014, №3, с.1-5

23. А.А. Гарибов, Агаев Т.Н. Радиационно – гетерогенные процессы в контакте нержавеющей стали с морской водой Жур. Физико-химия поверхности и защита материалов, 2014, №4, с.

Membership with international and foreign scientific organizations 1.  Republican leader of the International Nuclear Information System at the IAEA (İNİS);

2.  Interstate Commission Commonwealth of national states on the peaceful use of nuclear energy ;

3.  Member of the International Scientific Council of the National Academy of Sciences of the Commonwealth States on radiation research ;

4.  Organizing committee member Euro-Asian International Conference "Nuclear science and its practical aspects ";

5.  Member of the expert group of the Council of Ministers of Azerbaijan Relations IAEA ;

6. Member of the State Commission on the prospective development of the Azerbaijan Republic.

Pedagogical activity  
Other activities  
Awarding and prizes Honored Scientist  (2005) 
Place of work and its address

CJSC "National Nuclear Research Centre" under Ministry of Communications and High Technologies

Position Сhairman
Office phone (+994 12) 5393391
Mobil (+994 50) 3378577 
Home phone  
Fax (+994 12) 5398318