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Mukhin, E. E.; Tolstyakov, S. Yu; Kurskiev, G. S.; Zhiltsov, N. S.; Ermakov, N. V.; Tkachenko, E. E.; Koval, A. N.; Solovey, V. A.; Aleksandrov, S. A.; Nikolaev, A. V.; Antropov, D. A.; Bondar, A. V.; Kedrov, I. V.; Marchenko, T. A.; Kornev, A. F.; Makarov, A. M.; Bogachev, D. L.; Samsonov, D. S.; Guk, E. G.; Klimov, V. N.; Smirnova, E. P.; Sotnikov, A. V.; Razdobarin, A. G.; Bazhenov, A. N.; Bocharov, I. V.; Bocharnikov, V. A.; Bukreev, I. M.; Dmitriev, A. M.; Elets, D. I.; Tereshchenko, I. B.; Varshavchik, L. A.; Chernakov, An. P.; Pankrat’ev, P. A.; Marchii, G. V.; Minbaev, M.; Nikolaenko, K. O.; Kungurtsev, N. A.; Sakharov, N. V.; Petrov, Yu. V.; Mokeev, A. N.
Plasma physics reports, 04/2024, Letnik: 50, Številka: 4Journal Article
Thomson scattering of the core edge and divertor plasma regions of a tokamak with reactor technologies is discussed. The rationale and choice of technical solutions are given, the composition of the Thomson scattering diagnostic complex is discussed, as well as an estimate of the accuracy of measuring both electron temperature and density. Particular attention is paid to ensuring the functionality of the proposed diagnostics in the reactor mode of the tokamak operation and the results of testing diagnostic equipment in the experiments on Globus-M2 tokamak.
