U
URISHEV BOBARAIM XXX Tasdiqlangan
OAK va Ilmiy Daraja / Unvon Normativlari
Jarayonda: 67%Oliy attestatsiya komissiyasi (OAK) talablari bo'yicha ilmiy ishlar yetarliligi tahlili
OAK Milliy Jurnallari
10 / 5 ta
Talab bajarilgan
Scopus / WoS (Q1-Q4)
6 / 2 ta
Talab bajarilgan
Monografiya / DGU Patent
0 / 1 ta
Kamida 1 ta monografiya yoki patent zarur
Scopus Ma'lumotlari
Scopus H-Index
6
Google Scholar Ma'lumotlari
Scholar H-Index
10
Web of Science (Clarivate)
WoS H-Index
0
WoS Iqtiboslar:
0
WoS Hujjatlar:
0
ResearcherID:
Kiritilmagan
Ilmiy O‘sish Dinamikasi va FWCI Tahlili
Olimning ko‘p yillik nashr faolligi, iqtiboslar to‘plash sur’ati hamda xalqaro mezonlardagi ta’sir darajasi (Field-Weighted Citation Impact).
FWCI Ko‘rsatkichi
Yuqori Xalqaro Ta'sir
1.64
/ 1.00 (standart norma)
Jahon va soha o‘rtacha ko‘rsatkichidan +64% yuqori
Maqola boshiga o‘rtacha iqtibos:
5.7 ta
Kafedra / soha bazaviy normasi:
3.5 ta
Eng yuqori iqtibosli maqola:
48 ta
FWCI — SciVal va Scopus metodologiyasida olim maqolalarining jahon yoki kafedra bo‘yicha kutilgan o‘rtacha iqtiboslikka nisbati.
Yillar Kesimida Traektoriya Grafigi
Nashrlar
Google Scholar
Scopus
Olimning Ilmiy Maqolalari (54)
Scopus va Google Scholar dan indekslangan maqolalar ro'yxati
|
Maqola Sarlavhasi
|
Jurnal / Konferensiya
|
Baza
|
Yil
|
Kvartil
|
Scopus
|
Scholar
|
Harakat |
|---|---|---|---|---|---|---|---|
|
IRRIGATSIYA KANALLARIDA MIKROGES ENERGIYA ISHLAB CHIQARISHINI GIDROLOGIK STATISTIKA VA OPTIMALLASHTIRISH MODELI ASOSIDA BAHOLASH
DOI:
10.70769/3030-3214.SRT.4.3.2026.22
OAK
Fayl
QDTU Hammualliflari:
QULMATOV SANJAR XOLMUMIN O‘G‘LI
|
Sanoatda raqamli texnologiyalar | Scholar | 2026 | OAK | — | 0 | |
| Innovatsion texnologiyalar 59 (3), 48-54, 2026 | Scholar | 2026 | - | — | 0 ↗ | ||
| Renaissance of Universal Mind 1 (1), 61-71, 2026 | Scholar | 2026 | - | — | 0 ↗ | ||
| Universum: технические науки 14 (6 (147)), 61-66, 2026 | Scholar | 2026 | - | — | 0 ↗ | ||
|
Operating mode of photovoltaic pumping system used for watering agricultural plants
DOI:
10.1063/5.0268020
|
AIP Conference Proceedings 3256 (1), 020042, 2025
CiteScore: 0.70
|
Ikkalasida | 2025 | None | 0 ↗ | 2 ↗ | |
|
AIP Conference Proceedings 3286 (1), 030010, 2025
CiteScore: 0.70
|
Ikkalasida | 2025 | None | 0 ↗ | 2 ↗ | ||
|
AIP Conference Proceedings 3331 (1), 070015, 2025
CiteScore: 0.70
|
Ikkalasida | 2025 | None | 1 ↗ | 1 ↗ | ||
|
621.224
OAK
|
Innovatsion texnologiyalar 59 (3), 48-54, 2025 | Scholar | 2025 | OAK | — | 0 ↗ | |
| Innovatsion texnologiyalar 58 (2), 65-69, 2025 | Scholar | 2025 | OAK | — | 0 ↗ | ||
| PROBLEMS OF ENERGY AND SOURCES SAVING, 179-188, 2025 | Scholar | 2025 | - | — | 0 ↗ | ||
| Innovatsion texnologiyalar 59 (3), 55-61, 2025 | Scholar | 2025 | - | — | 0 ↗ | ||
| BIO Web of Conferences 95, 01038, 2024 | Scholar | 2024 | None | — | 28 ↗ | ||
| BIO Web of Conferences 95, 01013, 2024 | Scholar | 2024 | None | — | 22 ↗ | ||
| BIO Web of Conferences 95, 01024, 2024 | Scholar | 2024 | None | — | 12 ↗ | ||
| Innovatsion texnologiyalar 55 (03), 2024 | Scholar | 2024 | OAK | — | 3 ↗ | ||
|
Increasing the Efficiency of the Use of Hydropower Plants in the Electric Power System of the Republic of Uzbekistan
DOI:
10.5220/0013666000004644
|
Proceedings of the 6th International Conference on Construction Mechanics, Hydraulics and Water Resources Engineering Autumn Season | Ikkalasida | 2024 | Q4 | 0 | 0 ↗ | |
| PROBLEMS OF ENERGY AND SOURCES SAVING, 11-19, 2024 | Scholar | 2024 | - | — | 0 ↗ | ||
| PROBLEMS OF ENERGY AND SOURCES SAVING, 61-66, 2024 | Scholar | 2024 | - | — | 0 ↗ | ||
| INNOVATSION TEXNOLOGIYALAR Учредители: Каршинский инженерно-экономический …, 2024 | Scholar | 2024 | - | — | 0 ↗ | ||
| Miasto Przyszłości 55 (1), 709, 2024 | Scholar | 2024 | - | — | 0 ↗ | ||
|
AIP Conference Proceedings 2612 (1), 020016, 2023
CiteScore: 0.70
|
Ikkalasida | 2023 | None | 0 ↗ | 9 ↗ | ||
|
AIP Conference Proceedings 2552 (1), 050019, 2023
CiteScore: 0.70
|
Ikkalasida | 2023 | None | 6 ↗ | 7 ↗ | ||
|
Determination of optimal parameters of pumping unit of pumped storage power plant operating using solar energy
DOI:
10.1051/e3sconf/202340101043
|
E3S Web of Conferences 401, 01043, 2023
CiteScore: 1.30
|
Ikkalasida | 2023 | None | 1 ↗ | 7 ↗ | |
|
Hydraulic energy storage of wind power plants
DOI:
10.1051/e3sconf/202338304052
|
E3s Web of Conferences
CiteScore: 1.30
|
Ikkalasida | 2023 | None | 4 ↗ | 7 ↗ | |
| AIP Conference Proceedings 2552 (050019), 2023 | Scholar | 2023 | - | — | 5 ↗ | ||
| Technical science and innovation 2023 (4), 30-35, 2023 | Scholar | 2023 | - | — | 0 ↗ | ||
| Innovatsion texnologiyalar 52 (04), 2023 | Scholar | 2023 | OAK | — | 0 ↗ | ||
|
Determination of main energy parameters and efficiency of local energy system based on renewable energy sources
DOI:
10.1088/1755-1315/1070/1/012043
|
IOP Conference Series: Earth and Environmental Science 1070 (1), 012043, 2022
CiteScore: 1.40
|
Ikkalasida | 2022 | None | 0 ↗ | 6 ↗ | |
| IOP Conference Series: Earth and Environmental Science 1070 (1), 011001, 2022 | Scholar | 2022 | - | — | 2 ↗ | ||
|
Trajectory of sediment deposition at the bottom of water intake structures of pumping stations
Top 10% Iqtibos
DOI:
10.1088/1757-899x/1030/1/012137
|
IOP Conference Series: Materials Science and Engineering 1030 (1), 012137, 2021
CiteScore: 1.10
|
Ikkalasida | 2021 | None | 14 ↗ | 22 ↗ | |
|
A device for reducing the siltation of the front chamber of the pumping station in irrigation systems
DOI:
10.1051/e3sconf/202127403001
|
E3S Web of Conferences
CiteScore: 1.30
|
Ikkalasida | 2021 | None | 4 ↗ | 11 ↗ | |
|
Hydraulic energy storage of wind power plants
DOI:
10.1051/e3sconf/202126404053
QDTU Hammualliflari:
UMIROV ASROR PARDAYEVICH
|
E3S Web of Conferences 264, 04053, 2021
CiteScore: 1.30
|
Ikkalasida | 2021 | None | 4 ↗ | 11 ↗ | |
|
E3S Web of Conferences 264, 04057, 2021
CiteScore: 1.30
|
Ikkalasida | 2021 | None | 6 ↗ | 7 ↗ | ||
|
New methods of application of micro-hydroelectric power plants at existing hydraulic structures: Schemes, parameters, efficiency
DOI:
10.1051/e3sconf/202132004009
|
E3S Web of Conferences 320, 04009, 2021
CiteScore: 1.30
|
Ikkalasida | 2021 | None | 6 ↗ | 6 ↗ | |
|
Detritus removal from a pumping-plant intake chamber with hydrajet pumps
Top 10% Iqtibos
DOI:
10.1088/1757-899x/883/1/012123
|
IOP Conference Series: Materials Science and Engineering 883 (1), 012123, 2020
CiteScore: 1.10
|
Ikkalasida | 2020 | None | 4 ↗ | 13 ↗ | |
| International Journal of Advanced Science and Technology 29 (7), 2128-2136, 2020 | Scholar | 2020 | - | — | 13 ↗ | ||
|
Issues of using local energy systems with hydraulic energy storage in the power system of the republic of Uzbekistan
DOI:
10.1051/e3sconf/202021601138
|
E3S Web of Conferences 216, 01138, 2020
CiteScore: 1.30
|
Ikkalasida | 2020 | None | 6 ↗ | 10 ↗ | |
| E3S Web of Conferences 216, 01139, 2020 | Scholar | 2020 | - | — | 5 ↗ | ||
|
Use of maneuverable properties of hydroelectric power plants and hydro-accumulating power plants for improving reliability and operating efficiency of electric power systems of commonwealth countries (using example of power plants of Russia and the Republic of Uzbekistan)
DOI:
10.1051/e3sconf/202021601139
|
E3s Web of Conferences
CiteScore: 1.30
|
Scopus | 2020 | None | 4 ↗ | — | |
|
Decentralized energy systems, based on renewable energy sources
Top 10% Iqtibos
DOI:
10.3103/s0003701x19030101
OAK
|
Applied Solar Energy 55 (3), 207-212, 2019
CiteScore: 3.80
|
Ikkalasida | 2019 | OAK | 30 ↗ | 48 ↗ | |
|
E3S Web of Conferences 139, 01009, 2019
CiteScore: 1.30
|
Ikkalasida | 2019 | None | 3 ↗ | 2 ↗ | ||
|
Selection of parameters of pumped storage power plants at large pumping stations for water use
Top 10% Iqtibos
DOI:
10.3103/s0003701x18060166
OAK
|
Applied Solar Energy 54 (6), 477-480, 2018
CiteScore: 3.80
|
Ikkalasida | 2018 | OAK | 10 ↗ | 14 ↗ | |
|
Microgrid control based on the use and storage of renewable energy sources
DOI:
10.3103/s0003701x18050201
OAK
|
Applied Solar Energy 54 (5), 388-391, 2018
CiteScore: 3.80
|
Ikkalasida | 2018 | OAK | 3 ↗ | 10 ↗ | |
| Agency for Intellectual Property of the Republic of Uzbekistan, Bul. 2.3., 2018 | Scholar | 2018 | - | — | 3 ↗ | ||
|
ПОВЫШЕНИЕ ПРОИЗВОДИТЕЛЬНОСТИ НАСОСНОЙ УСТАНОВКИ
QDTU Hammualliflari:
G‘AYIMNAZAROV ISRAIL XOLIQOVICH
|
Инновационное развитие, 89-90, 2017 | Scholar | 2017 | - | — | 0 ↗ | |
| Urban construction and architecture 6 (1), 21-26, 2016 | Scholar | 2016 | - | — | 0 ↗ | ||
| Monograph, T.: ToshDTU, 2015 | Scholar | 2015 | - | — | 4 ↗ | ||
| D arslik.“F anvatexnologiya” nashiryoti, T oshkent 2 (0), 1, 2015 | Scholar | 2015 | - | — | 3 ↗ | ||
| Urban construction and architecture 4 (1), 92-97, 2014 | Scholar | 2014 | - | — | 0 ↗ | ||
| Darslik, Т.“Fan va texnologiya 280, 2013 | Scholar | 2013 | - | — | 3 ↗ | ||
| Urban construction and architecture 3 (4), 49-53, 2013 | Scholar | 2013 | - | — | 0 ↗ | ||
|
Technological model of micro power facilities based on renewable energy sources with the energy storage
DOI:
10.3103/s0003701x12020144
OAK
|
Applied Solar Energy 48 (2), 152-156, 2012
CiteScore: 3.80
|
Ikkalasida | 2012 | OAK | 2 ↗ | 4 ↗ | |
| Geliotekhnika, 2012 | Scholar | 2012 | - | — | 0 ↗ | ||
|
Applied Solar Energy 40 (2), 70-73, 2004
CiteScore: 3.80
|
Ikkalasida | 2004 | OAK | 0 ↗ | 0 ↗ |