Diagnostic modeling study demonstrates a sensor arrangement for the T-15MD tokamak, indicating reliable evaluation of plasma energy content.
The classic method of evaluating the plasma energy content Wdia and the poloidal beta βp is to perform and analyze diamagnetic measurements. This article discusses a preliminary version of the T-15MD tokamak (R = 1.48 m, a = 0.67 m, B0 = 2.0 T, Ip = 2 MA) diamagnetic measurement system. The results of modeling the signals of the diamagnetic measurement system are analyzed, and the algorithm for obtaining the plasma-related toroidal magnetic flux from experimental data is presented. The composition, design, and arrangement of the primary sensors of diamagnetic loops and compensation coils proposed for installation on the T-15MD tokamak are considered.
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Tepikin et al. (2026) studied this question.
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