Abstract

Magnetic diagnostics is one of the main diagnostics in thermonuclear reactors, and thus enhancing the accuracy of the magnetic field measurement is a relevant task. The paper discusses the principles of construction for magnetic measuring instrumentation based upon the application of steady-state radiation-resistant semiconductor sensors, and the results of its implementation for magnetic field measurement in one of the largest operating reactors JET (Joint European Torus) during the recent deuterium campaign.

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