Working in the field of applied materials science, we understand that the use of modern equipment is essential for obtaining results that are relevant both scientifically and industrially. Updating experimental facilities and ensuring the functionality of existing equipment is a top priority for us. The PNU-NanoLab equipment is a product of international projects, and we continue to work in this direction.
In the autumn of 2024, the process of certifying the laboratory began, aiming for a state certificate confirming that the results obtained at PNU-NanoLab comply with international measurement quality standards (ДСТУ-ISO).
Due to restrictions related to the war in Ukraine, we are unable to purchase a new 57Co Mössbauer source (with a half-life of 270 days), making nuclear gamma resonance studies temporarily unavailable. However, we are still able to analyse and interpret Mössbauer spectra.
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Mössbauer spectrometer MS1104Em with a cryostat + Univem software
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Obtaining information about electron-nuclear interactions in iron-containing materials in the temperature range 77-300K
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The analyzer of elemental composition of alloys “EXPERT 3L” |
Determination of the elemental composition of materials by X-ray fluorescence analysis
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Spectrophotometer programmable ULAB 108UV+ Meta Specsoftware |
Determination of the concentration of compounds in solutions
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X-ray diffractometer Shimadzu XRD-7000
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Obtaining information about the crystal structure, phase composition and microstructural characteristics of solids
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Impedance spectrometer Autolab PGSTAT 12/FRA-2+ Zview2 software
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Determination of electrical conductive characteristics of materials in the frequency range 0.01 Hz-100 kHz
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Thermal analyzer Netzsch Jupiter STA-449-F3 + Proteus software
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Obtaining information about phase transitions and thermal effects in solids
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QuantachromeAutosorb Nova 2200e porosimeter + Quantachrome software
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Obtaining information on the specific surface area and pore size distribution by low-temperature nitrogen adsorption
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Complex for electrochemical research
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Obtaining information on the electrochemical characteristics of materials by methods of cyclic voltammetry, potentiometry, polarography, amperometry, chronopotentiometry
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| Complex of equipment for thermal and ultrasonic treatment
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Modification of materials by thermal and ultrasonic methods
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High pressure reactor
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Hydrothermal synthesis of nanomaterials
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| Roller press
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Preparation of electrode samples of controlled thickness for hybrid supercapacitors
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| Spectrophotometer programmable UV-1900і + Software
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Study of the kinetic characteristics of processes and chemical reactions
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