Scientific-educational centre “Nanotechnologies” IBCTN (SEC "Nanotechnologies")

Obtaining of nanoparticles of silver, gold, selenium, carbon nanotubes and other elements and compounds for medicine, catalysis and electronics. Study of physical and chemical characteristics of the obtained nanoobjects
Development and quality control of pharmaceutical forms using nanoparticles based on biologically active substances of plant origin.
Development of highly sensitive test systems at nano and micro levels and creation of diagnostic kits for early detection of markers (antibodies, antigens) of infectious and autoimmune diseases in humans, mammals and birds.
Studies of the physiology of cell cultures and influence of nanoparticles of different nature on the proliferation of the cell lines.
Development of non-destructive express methods for the determination of heavy element content in pharmaceuticals and analytical samples.

Achievements All achievements

Development of technology and creation of experimental installation for obtaining of the substance "Vitanam".

Development of the technique and research of the composition of phyto-cream with silver nanoparticles.

Study of physical and chemical characteristics of the carbon-modified composite, ceramic and radiation-resistant nanocarbon samples.

Used equipment See all

Ultrasonic digital installation I100-840

Study of the ultrasound effects on liquid media in cavitation and pre-cavitation mode. Working frequency 22 ± 10% kHz and 30 ± 10% kHz

Polarizing microscope Nikon NIKON LV100N POL

Polarizing microscope for routine and research work with polished sections in transmitted or transmitted and reflected light (with illuminator of reflected light LV-UEPI-N) in laboratories of mineralogy, petrography, geology, forensics, etc.

Profilometer Dektak 150

Intended for:
• measurement of surface roughness,
• measurement of step height,
• measurement of planarity and deflection of plates
• assessment of deformations arising from the application of thin films
• quality control of microcircuits and fine trench isolation.
Allows to increase sample thickness up to 6 inches, scan length – up to 55 mm, maximum terrain height – up to 512. Step height measurement repeatability was improved to 6 Angstrom.

Spectrophotometer Lambda 950

Scanning dual beam spectrophotometer with a double monochromator.
• analysis of optical transmission and reflection of samples;
• analysis and identification of different substances in chemistry, petrochemistry, pharmacology, ecology, food industry, medicine, biology;
• assessment of identity of the finished drugs and raw materials;
• control of raw materials, paints, glass.

Nano-spray dryer Buchi NanospraydryerB-90

Convertion of liquid mixtures into the dry powder and obtaining of nanoscale particles with a high yield from milligrams of the sample.

Residual stress nondestructive testing device Synton-Test

Determination of technological and exploitation-induced internal stress in the surface layer

Biostation Nikon IM-Q

Cultivation of cells under stationary conditions (temperature, atmosphere, humidity) and obtaining of the high-quality images

Interference microscope MIM-310

Study of geometrical terrain, polarizing and physical properties of crystalline and semiconductor nanostructures

Microscope Nikon Eclipse MA200

Optical microscopy of objects in reflected and transmitted light

Particle size Analyzer Nanophox PSS

Determination of the particle size in emulsions and suspensions using laser diffraction method Determination of stability of emulsions and suspensions

Analytical technological complex ACM NTI Spectra

Atomic force microscopy; Optical microscopy and confocal laser (Rayleigh) microscopy;
Confocal Raman microscopy;
Confocal fluorescence analysis: image and spectroscopy;
Scanning near-field optical microscopy (SNOM);
Probe-enhanced Raman/fluorescence spectroscopy (TERS, TEFS)

Gas chromatograph Crystal 5000

Analysis and separation of mixtures of organic substances

Scanning nanohardness tester NanoScan-3D

Study of topography and structure of surfaces; measurement of mechanical properties (including hardness and elastic modulus) through methods of nanoindentation and sclerometry

Transmission electron microscope JEOL LEM-2100

Study of the nanoscale morphology of inorganic materials up to atomic resolution study of the phase composition of inorganic materials; determination of the elemental and chemical composition of local areas in samples using energy-dispersive x-ray spectroscopy (EDS) and the characteristic electron energy loss spectroscopy (EELS).

Synchronous thermoanalyser Netzsch STA 449 F1 with QMS 403 C

Thermogravimetric analysis; Simultaneous thermal analysis (Thermogravimetry/Differential Scanning Calorimetry/Differential Thermal Analysis) at temperatures up to 1600°C; Simultaneous thermal analysis combined with gas analysis using a quadrupole mass spectrometer

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