News Article | November 10, 2016
MOSCOW, 10-Nov-2016 — /EuropaWire/ — The national team of ROSATOM won 6 gold, 3 silver and 1 bronze medal at the world skills championship WorldSkills Hi-Tech 2016, which was completed on November 3 in Yekaterinburg. This year, ROSATOM expanded the number of competences up to 10 from 8 and won the medal place in each of them to be the leader in the team scoring. The teams sent to the championship 103 people who included key staff and reserve, as well as tutors. Twenty three sectoral experts were invited; they have related certificates to the WorldSkills. They were invited by the championship organizers, WordSkills Russia Union, to judge as independent experts. “To continue leading in the world market of nuclear power, we must be leaders in everything: in the management system, reporting system or staff training system. It is the highly skilled workers and engineers who are able to ensure the long-term success and development to ROSATOM and this country as a whole,” said ROSATOM’s CEO Alexey Likhachev. “Today, the trades are becoming more complex, respectful and prestigious. Nuclear sector means high-technology equipment and we need the best people to serve, develop and create these technologies,” he said. Eduard Shevchenko of ZiO-Podolsk (a works of Atomenergomash Group of Companies) won a silver medal in the competence “CNC Milling”. Dmitry Kovalenko, who represented a branch of AEM-technology, Petrozavodskmash, won a bronze medal in the competence “CNC Turning”. Sergey Sychugov of the Urals Gas Centrifuges Plant (Fuel Company of ROSATOM TVEL) won a gold medal in the competence “Electronics”. Alexander Golovanov of OKBM Afrikantov (a works of Atomenergomash Group of Companies) won a gold medal in the competence “CAD Engineering Graphics”. Yegor Usoltsev and Salavat Yusupov of PA Mayak (a part of ROSATOM’s division, Nuclear Weapons Complex) won gold prizes in the competence “Mechatronics”. Vladimir Yesenin on JSC GreenAtom won a silver medal in the competence “Network and System Administration”. Mikhail Denisov of RFNC VNIIEF (Nuclear Weapons Complex) won a gold medal in the competence “Electric Installation”. Anton Sankov, who represented Rosenergoatom’s Atomtekhenergo, won a silver medal in the competence “Industrial Automation”. Anastasia Terekhovich of Mashinostroitelny Zavod (Fuel Company of ROSATOM TVEL) won a gold medal in the competence “Laboratory Chemical Analysis”. She also won the special nomination “Lady Profy”. Dmitry Kucheryavin, an employee of SAEM-technology Atommash, won a gold medal in the competence “Welding”. He also became an absolute champion in the individual event of the championship WorldSkills Hi-Tech 2016 and the winner of 1 million rubles allocated by the Foundation of Industry and Innovations. To remind, last year Alexander Duimamet, a ROSATOM company’s employee, also received 1 million rubles. WorldSkills Hi-Tech is the annual championship of trades led to the international standards WorldSkills among Russian public corporations. It is the major competition of professionals in the high-technology sector of the industry. The championship is designed for improvement of professional skills and expertise of young workers under the age of 28 and career guidance of juniors of 10-17 years of age in affiliated educational establishments of the largest companies.
Stefanovsky S.V.,RAS Frumkin Institute of Physical Chemistry and Electrochemistry |
Myasoedov B.F.,RAS Frumkin Institute of Physical Chemistry and Electrochemistry |
Remizov M.B.,PA Mayak |
Belanova E.A.,PA Mayak
Journal of Applied Spectroscopy | Year: 2014
The structure of sodium-aluminophosphate glasses containing constituents of high-level wastes (cesium, magnesium, copper, and molybdenum oxides) from uranium-graphite reactors was studied by IR and Raman spectroscopy coupled with x-ray diffraction. The structural network was shown to be composed of short P-O chains with embedded AlO4 tetrahedra. Cross-linking by Mg2+ was possible in the Mg-bearing samples. The effect of the other oxides (Cs2O, MoO3, CuO) on the glass structure was negligible for the occurring amounts. The glasses devitrified partially upon quenching and more strongly upon annealing. This was reflected in splitting of the vibrational bands for bonds in the glass anionic structural motif. © 2014, Springer Science+Business Media New York.
Remizov M.B.,PA Mayak |
Belanova E.A.,PA Mayak |
Stefanovsky S.V.,Russian Academy of Sciences |
Myasoedov B.F.,Russian Academy of Sciences |
Nikonov B.S.,RAS Institute of Geology and Mineralogy
Glass Physics and Chemistry | Year: 2014
Molybdenum-, copper-, and cesium-containing glass based on aluminophosphate designed to immobilize high-active wastes (HAWs), which are formed at the reprocessing of spent nuclear fuel (SNF) from Atom Peaceful Big (AMB) nuclear reactor, have been synthesized and studied by means of the X-ray diffraction and electron-microscopy methods. After quenching the melts, glass, which partially crystallizes at annealing, is formed. The introduction of magnesium oxide in aluminophosphate glass increases its crystallization resistance; and molybdenum oxide, decreases. The samples crystallize after heat treatment with the formation of aluminum and sodium-aluminum orthophosphates and solid solution of the (Na,Cs)3−3xAlxPO4 composition. © 2014, Pleiades Publishing, Ltd.