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MBIR INTERNATIONAL RESEARCH CENTER. CURRENT STATUS AND PROSPECTS

18 Nov 2015, 12:10
20m
VIC Board Room A

VIC Board Room A

International Atomic Energy Agency, Vienna International Centre, 1400 Vienna AUSTRIA
Oral Presentation New Research Reactor Projects New Research Reactor Project

Speaker

Mr Alexander Tuzov (Joint Stock Company "State Scientific Center - Research Institute of Atomic Reactors")

Description

The Multipurpose Sodium Fast Research Reactor MBIR is under construction at the site of SSC RIAR, Dimitrovgrad, Ulyanovsk region in the framework of the Russian Government’s funded Federal Target Program «New Generation Nuclear Power in 2010-2015’s and up to 2020». The MBIR Reactor which would be the most powerful research facility amongst the group of research reactors both operative, under construction or planned worldwide is intended to replace the world’s unique fast research reactor BOR-60, which was built about half a century ago and has been safely operating all these years at the SSC RIAR’s site [ 1 ]. The top intended mission of the MBIR Reactor is the significant expansion of the ROSATOM’s experimental capabilities and the overall enhancement of international R&D infrastructure for future innovative nuclear power system development. The MBIR Reactor with the unique technical parameters and consumer properties is aimed at solving of the wide range of actual research tasks toward long-term nuclear technology and closed nuclear fuel cycle’s justification and demonstration. Besides that, the multitask design and technological features of the MBIR Reactor provide MBIR’s using for the applied issues and technology development in the field of medical applications, space and electronic industries, production of radioisotopes and radiation-modified materials. Basic parameters of the MBIR Research Complex is the following [ 2, 3 ]:  thermal power 150 MW  maximum neutron flux 5,3•1015 n/(cm2•s)  designed life time 50 years  upgradeable experimental capabilities: up to 3 External Loop Channel with different coolant type (Na / Pb / Pb-Bi / He etc.) up 14 Material Test Assemblies, MTAs with different design options in the core (plus up to 36 MTAs in 1st row of blanket) up to 3 Instrumented In-Pile Experimental Devices (design is developed by a separate performance specifications depending on the User’s experimental tasks) horizontal and vertical experimental channels for neutron radiography, physical researches, medical applications and Silicon’s radiation-doping  wide range of post-irradiation examination, PIE facilities and additional facilities (experiment preparation & support labs, analytical labs with the cutting-edge examination devices, offices & meeting rooms etc.) in the MBIR Research Complex
Organization Joint Stock Company “State Scientific Center – Research Institute of Atomic Reactors”
Country Russian Federation

Author

Mr Alexander Tuzov (Joint Stock Company "State Scientific Center - Research Institute of Atomic Reactors")

Presentation materials