# OPTIMIZATION OF THE ELECTROMAGNETIC DIAGNOSTICS SYSTEM IN THE TOKAMAK INSTALLATION

( Pp. 16-20)

More about authors

Zotov Igor Viktorovich
docent, fakultet VMK

Lomonosov Moscow State Universit

Lomonosov Moscow State Universit

Abstract:

Tokamak facilities for Controlled Thermonuclear Fusion use a developed diagnostics system. This study considers the problem of optimization of the electromagnetic diagnostics system, intended for reconstructing the equilibrium and studying the detailed structure of the MHD plasma activity. An algorithm for solving the incorrect inverse boundary reconstruction problem is presented. The problem of the optimal choice of the number of sensors of the electromagnetic diagnostics system is being studied. The minimum required number of magnetic probes ensuring that the boundary is found with acceptable accuracy is determined for the new Russian tokamak T-15M that is currently under construction. The possibility to compress the experimental data of magnetic measurements in T-15M based on low-rank matrix decomposition is investigated.

How to Cite:

Zotov I.V., (2018), OPTIMIZATION OF THE ELECTROMAGNETIC DIAGNOSTICS SYSTEM IN THE TOKAMAK INSTALLATION. Computational Nanotechnology, 1 => 16-20.

Reference list:

Melnikov A.V. et al. Physical program and diagnostics of the T-15 upgrade tokamak (brief overview) // Fusion Engineering and Design. 2015, 96-97. Rp. 306-310.

Zotov I.V., Belov A.G., Sychugov D.Yu., Lukash V.E., Khayrutdinov R.R. Simulation of electromagnetic diagnostics system of the tokamak T-15M // 41st EPS Conference on Plasma Physics. Berlin, Germany. 2014. ECA, v. 38F, P. 4.045.

Zotov I.V., Belov A.G., Sychugov D.YU., Lukash V.E., KHayrutdinov R.R. CHislennoe modelirovanie sistemy elektromagnitnoy diagnostiki tokamaka T-15M. // Voprosy atomnoy nauki i tekhniki. Ser.: Termoyadernyy sintez. 2015. Vyp. 2. S. 51-61.

Sadykov A.D., Sychugov D.Yu., Shapovalov G.V., Chektybaev B.Zh., Skakov M.K., Gasilov N.A. The numerical code TOKSCEN for modeling plasma evolution in tokamaks // Nuclear Fusion. 2015. V. 55, № 4. R. 043017.

Lukash V.E., Dokuka V.N., KHayrutdinov R.R. Programmno-vychislitel nyy kompleks DINA v sisteme MATLAB dlya resheniya zadach upravleniya plazmoy tokamaka // Voprosy atomnoy nauki i tekhniki. Ser.: Termoyadernyy sintez. 2004. Vyp. 1. S. 40-49.

Belov A.G., Zotov I.V., Sychugov D.Yu. Numerical method for reconstruction the toroidal plasma boundary - International Conference on Applied Mathematics and Sustainable Development // Special track within SCET2012 (Spring World Congress on Engineering and Technology). Xi an, China. May 27-30, 2012. Rp. 278-280, (http:// www.scirp.org).

Marsaglia G. Random number generators // J. of Modern Applied Statistical Methods. 2003. V. 2, № 1. Rp. 2-13.

Zotov I.V., Belov A.G., Sychugov D.Yu., Lukash V.E., Khayrutdinov R.R. Simulation of electromagnetic diagnostics system of the tokamak T-15M // 41st EPS Conference on Plasma Physics. Berlin, Germany. 2014. ECA, v. 38F, P. 4.045.

Zotov I.V., Belov A.G., Sychugov D.YU., Lukash V.E., KHayrutdinov R.R. CHislennoe modelirovanie sistemy elektromagnitnoy diagnostiki tokamaka T-15M. // Voprosy atomnoy nauki i tekhniki. Ser.: Termoyadernyy sintez. 2015. Vyp. 2. S. 51-61.

Sadykov A.D., Sychugov D.Yu., Shapovalov G.V., Chektybaev B.Zh., Skakov M.K., Gasilov N.A. The numerical code TOKSCEN for modeling plasma evolution in tokamaks // Nuclear Fusion. 2015. V. 55, № 4. R. 043017.

Lukash V.E., Dokuka V.N., KHayrutdinov R.R. Programmno-vychislitel nyy kompleks DINA v sisteme MATLAB dlya resheniya zadach upravleniya plazmoy tokamaka // Voprosy atomnoy nauki i tekhniki. Ser.: Termoyadernyy sintez. 2004. Vyp. 1. S. 40-49.

Belov A.G., Zotov I.V., Sychugov D.Yu. Numerical method for reconstruction the toroidal plasma boundary - International Conference on Applied Mathematics and Sustainable Development // Special track within SCET2012 (Spring World Congress on Engineering and Technology). Xi an, China. May 27-30, 2012. Rp. 278-280, (http:// www.scirp.org).

Marsaglia G. Random number generators // J. of Modern Applied Statistical Methods. 2003. V. 2, № 1. Rp. 2-13.

Keywords:

mathematical modeling, tokamak, electromagnetic diagnostics.

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