Distinctive Features of Measuring Te and Ne Spatial Distributions in the Globus-M2 Spherical Tokamak Using Method of Thomson Scattering of Laser Radiation N. S. Zhiltsov , G. S. Kurskiev , V. A. Solovey , E. E. Tkachenko , S. Yu. Tolstyakov , I. M. Balachenkov , N. N. Bakharev , V. I. Varfolomeev , A. V. Voronin , V. K. Gusev , V. Yu. Goryainov , V. V. D’yachenko , N. V. Ermakov , A. A. Kavin , E. O. Kiselev , A. N. Konovalov , S. V. Krikunov , V. B. Minaev , A. B. Mineev , I. V. Miroshnikov , E. E. Mukhin , A. N. Novokhatsky , M. I. Patrov , Yu. V. Petrov , A. M. Ponomarenko , N. V. Sakharov , O. M. Skrekel’ , V. V. Solokha , A. Yu. Telnova , V. A. Tokarev , E. A. Tukhmeneva , S. V. Filippov , N. A. Khromov , P. B. Shchegolev , K. D. Shulyatiev , A. Yu. Yashin Plasma Physics Reports（2024）
Key words
diagnostics of high temperature plasma, Thomson scattering, tokamak
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