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The scientific center for collective use "Nanotechnology and functional nanomaterials" was opened by the order of the rector of KSU 鈩�1471 of 22.10.2019 to conduct fundamental and applied research in the field of physics of functional nanomaterials, organic electronics and photovoltaics.
The structure of the institute includes 8 laboratories.
Head: PhD, Associate Professor h-indexWebofScience – 4, ResearcherID: , h-indexScopus – 4, AuthorID: , ORCID ID:
Contacts: 8(777) 419-04-60, a.k.zeinidenov@gmail.com
The main scientific direction is the study of the generation and dynamics of the charge carriers transport in organic and inorganic functional nanomaterials.
Goals and objectives:
- conducting fundamental and applied research in the field of solar energy and organic electronics;
- training of specialists in the field of scientific activity - bachelors, masters, doctors PhD
Scientific directions:
- photosensitive polymer semiconductors and composite molecular systems;
- influence of the structural features of photoactive layers on the generation and charge carriers transport in polymer solar cells;
- photoinduced electronic processes in multicomponent photoelectric converters;
- generation and charge carriers transport in perovskite solar cells.
Scientific laboratories:
- polymer photovoltaics laboratory;
- perovskite structures synthesis laboratory;
- laboratory of semiconductor composite nanostructures of metal oxides;
- organic nanomaterials synthesis laboratory;
- electrophysical measurements and impedance spectroscopy laboratory;
- optical measurements laboratory;
- laboratory of scanning electron microscopy;
- laboratory of scanning probe microscopy.
Scientific connections:
Lomonosov Moscow State University (Russia);
Belarusian State University (Belarus);
Tomsk Polytechnic University (Russia);
Nazarbayev University;
Moscow Engineering Physics Institute (MEPhI) (Russia)
Institute staff
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PhD, Associate Professor |
Q-4520-2017 |
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Candidate of Physical and Mathematical Sciences,Associate Professor |
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Dzhanabekov R.Kh., Junior Research Officer |
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Rozhkova K.S., Junior Research Officer |
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Mukametkali T.M., Junior Research Officer |
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Omarbekova G.I., Junior Research Officer |
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Seisembekova T.E., Junior Research Officer |
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Kambar D., engineer |
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Scientific and technological equipment:
1. Scanning probe microscope MIRA 3 LMU (Tescan) (Czech Republic)
2. Sample preparation system Q150 R (Quorum Technologies) (the USA),
3. Atomic force microscope JSPM-5400 (AFM, JEOL) (Japan)
4. Ultrasonic cleaner - SB-3200D (the USA)
5. Vacuum Oven with Vacuum Pump - DZF-6050
6. Laboratory scales - FA2204C (the USA)
7.UV ozone purifier (Ossila) (the USA)
8. Potentiostat with impedance measurement module - 袪-45啸 + FRA-24M (Russia)
9. Thermal spraying machine - CY-1700X-SPC-2 (China)
10. Centrifuge (spin-coater) - SPIN150i (the USA)
11. Dip-coater (Ossila) (the USA)
12. Muffle furnace CY-A1200-12L (the USA)
13. Water deionizer Smart-Q15 (the USA)
14. Station for measuring current-voltage characteristics SCIENCETECH 150 (Canada)
15. Plasma cleaning system Plazma Etch (the USA)
16. Vacuum glove box for the production of nanomaterials in an inert atmosphere (China)
Projects under implementation:
1. 鈩�544-肖-19 "Development of a solar energy based photoconverter on semiconductor polymer and metal-phthalocyanines" (2020, intra-university grant).
2. AP08856176 "Development of a solar energy photoconverter based on organic semiconductor nanocomposites" (2020-2022, MES RK).
