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Sadig Hasanov
Sadig Hasanov
Institute of Radiation Problems,
Geverifieerd e-mailadres voor science.az - Homepage
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Photocatalytic Removal of Organic Pollutants from Industrial Wastewater Using TiO2 Catalyst
HK Khalilova, SA Hasanova, FG Aliyev
Journal of Environmental Protection 9 (06), 691, 2018
242018
Observation the initial radiation to the surface of mixed nano catalyst on oxidation processes
SH Hasanov, GT Imanova
International Journal of Scientific and Engineering Research, USA 11 (8 …, 2020
172020
Kinetic interaction of hexan conversion and oxidation on the surface of an Al2O3 nanocatalyzer at room temperature under the effect of gamma radiation
H Mahmudov, T Suleymanov, Z Sabzaliyeva, G Imanova, HV Akhundzada, ...
Journal of Chemistry 2021, 1-6, 2021
102021
Influence of nano-AL2O3-catalyst sizes on hydrogen formation at the water radiolysis under ionizing radiation
HM Mahmudov, MK Ismayilova, SA Hasanova, SM Aliyev, GE Isayeva, ...
Radiation Effects and Defects in Solids 171 (7-8), 630-635, 2016
92016
Hydrogen production on nano Al2O3 surface by water splitting using gamma radiation
I Ali, H Mahmudov, G Imanova, T Suleymanov, AM Hameed, A Alharbi
Journal of Chemical Technology & Biotechnology 98 (5), 1186-1191, 2023
52023
The kinetics of convertation of carbon monoxide to carbon dioxide on the surface of mixed nano-catalyst in the closed system
SH Hasanov, HM Mahmudov, II Mustafayev
Int. J. Sci. Eng. Res 8 (3), 1389, 2017
52017
Compared the Efficiency of TiO2 and N-Doped TiO2 to Degrade Btex
SA Hasanova
Advanced Physical Research 3 (3), 123-128, 2021
32021
Загрязнение воздушного бассейна города Сумгаит автомобильными выбросами
ИИ Мустафаев, РМ Рафиев, СГ Гасанов, ОМ Махмудов, ЛР Рафиева
Технологии техносферной безопасности, 246-249, 2016
22016
Application of radiation technologies, increase of catalysts surface activity
HM Mahmudov, MA Gurbanov, GT Imanova, TY Suleymanov, ...
Modern Physics Letters B 38 (02), 2350259, 2024
12024
Kinetic Interaction of Hexan Conversion and Oxidation on the Surface of an Al2O3 Nanocatalyzer at Room  Temperature under the Effect of Gamma Radiation
H Mahmudov, T Suleymanov, Z Sabzaliyeva, G Imanova, HV Akhundzada, ...
Journal of Chemistry 2021, 2021
12021
The influence of mixed nano-Al2O3+CuO catalysts that are initial radiation in air environment on the surface impact in the oxidation processes
SH Hasanov, II Mustafayev, HM Mahmudov, TY Suleymanov, ...
Radiation Effects and Defects in Solids 174 (9-10), 838-843, 2019
12019
Photocatalytic substances in environmental remediation
FG ALIYEV, SA HASANOVA
DIMENSIONAL SYSTEMS 3, 39, 2019
12019
Effect of surface modified catalysts by high radiation technology on hexane conversion
HM Mahmudov, TY Suleymanov, ZZ Khalilov, ZE Sabzaliyeva, ...
2023
The effect of electrical discharge on the increase of the surface activity of the catalysts
HM Mahmudov, TY Suleymanov, ZZ Khalilov, ZE Sabzaliyeva, ...
2023
Synthetic Organic Acids and Syntheses on the Basis of Them
S Malikova
Processes of Petrochemistry and Oil Refining 24 (4), 2023
2023
Investigation of Conversion of N-Hexane to Gaseous and Liquid Products on the Surface of Modified Nano-Al2o3 Catalyst in Oxygen Medium Under the Influence of Gamma Rays
H Mahmudov, Z Sabzaliyeva, T Suleymanov, G Imanova, K Azizova
J Nanosci Nanotechnol Appl 6, 103, 2022
2022
Research Article Kinetic Interaction of Hexan Conversion and Oxidation on the Surface of an Al2O3 Nanocatalyzer at Room Temperature under the Effect of Gamma Radiation
H Mahmudov, T Suleymanov, Z Sabzaliyeva, G Imanova, HV Akhundzada, ...
2021
Assessment of Emissions and emissions reduction in Azerbaijan's RоаdTгаnsрогt
HM S.Hasanov
International Inventories Session (2019 EIC) 10, 2019
2019
Влияние радиационного излучения в воздушной среде на поверхности в смешанных катализаторов nano AL2O3+CuO в процессах окисления
МХМ Гасанов Садиг Гусейн, Мустафаев Ислам Исрафил
II Международный научный форум «Ядерная наука и технологии». 24-27 June …, 2019
2019
IMPROVING THE PHOTOCATALYTIC ACTIVITY OF DIFFERENT MODIFICATION OF TiO2
SA HASANOVA
DIMENSIONAL SYSTEMS 2, 57, 2018
2018
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Artikelen 1–20