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The BRICS Network Centre for Materials Science and Nanotechnology (BRICS-NCMSN) is established as the organisational support of the initiatives defined by the STI Ministers of the BRICS countries. Russia is the Lead-Coordinator of the Working Group on Materials Science and Nanotechnology and of BRICS-NCMSN. The Russian office, which is responsible for the overall coordination of BRICS-NCMSN activities, established at Ural Federal University. Ural Center for Shared Use “Modern Nanotechnologies” are nominated as the Lead coordinating agency of BRICS-NCMSN in Russia (Focal Point). |
- New equipment: compact tubular furnace R 50/250/13/C450
Within the framework of a grant from the Ministry of Science and Higher Education of the Russian Federation (Project 075-15-2021-677), new equipment was supplied to the UCSU "Modern Nanotechnology" - compact tubular furnace R 50/250/13/C450 produced (Nabertherm GmbH, Germany).
Nabertherm has been designing and manufacturing furnaces and heat treatment equipment for various industries since 1947, supplying products around the world.
15 December 2021
- New equipment: Laser elemental analyzer LEA-S500
Within the framework of a grant from the Ministry of Science and Higher Education of the Russian Federation (Project 075-15-2021-677) new equipment was supplied to the UCSU "Modern Nanotechnologies" - Laser elemental analyzer LEA‑S500 produced by SOL instruments.
SOL instruments has been developing this type of equipment for more than twenty years and supplies competitive innovative equipment for research and industry to more than 50 countries around the world.
30 November 2021
- Russian-Chinese Symposium on New Materials and Technologies
On November 25-26, 2021 at Kazan National Research Technical University named after A. Н. Tupolev hosted the Russian-Chinese Symposium on New Materials and Technologies (online)
Director of the UCSU "Modern Nanotechnology" Professor V.Ya. Shur had an oral presentation: "Micro- and Nano-domain Engineering of Ferroelectrics Crystals"
The symposium was held at the initiative of the Association of Sino-Russian Technical Universities (ASTRU).
26 November 2021
- Third Meeting of the BRICS Working Group on Materials Science and Nanotechnology
The third meeting of the BRICS Working Group on Materials Science and Nanotechnology was held on October 26-28, 2021 in a hybrid mode in the Amazonian capital, Manaus, Brazil. Online participants joined the event through the Zoom platform. The meeting was organized by Brazil by Dr. Felipe Bellucci, Ministry of Science, Technology and Innovation (MCTI Brasilia)
The third meeting was attended by a large number of representatives of all BRICS countries.
29 October 2021
- New equipment: femtosecond laser.
Ural Center for Shared Use “Modern Nanotechnology” has new equipment: ultrashort pulse laser stand based on TETA-10 femtosecond laser manufactured by the Russian company Avesta-Project, Troitsk, Moscow,
"Avesta-Project" is a research and production company engaged in the production of innovative laser equipment for ultra-fast spectroscopy and microprocessing of materials. For more than 25 years, the company has been producing femtosecond laser equipment and supplying it to the Russian and international markets.
06 September 2021
Equipment
- Scanning probe microscope
NTEGRA Aura
- Surface topography (relief)
- Tunneling spectroscopy
- Visualizing ferroelectric domain structure
- Spatial distribution of elastic properties of materials
- Measurements in gas media under controlled pressure
- Class of scanning probe microscopy
Nanoeducator
- Determination of the main parameters of the universal tunnel current sensor and SPM force interaction
- Visualization of solid-state micro- and nano-structures using SPM
- Dynamic power lithography
- Processing and quantitative analysis of SPM images
- Probe spectroscopic complex
NTEGRA Spectra
- Surface topography (relief)
- 3D visualization of optical non-uniformity of materials
- 3D distribution of non-uniformity of phase and structural states
- Determination of the spectral composition of optical radiation for each point of the 3D image
- Scanning electron microscope
Carl Zeiss AURIGA CrossBeam
- Measuring surface relief with subnanometer vertical resolution and construction of corresponding 3D images
- Measuring the surface roughness
- Measuring the thickness of coatings