The superconducting magnet system has a central field strength of 1.5 T and a warm bore of Φ280 mm. And through the design of the support structure, the magnet system can work in both vertical and parallel directions. The EAST-CTI magnetic compression platform as shown in the Fig. 1. Fig. 1.
The design of the superconducting magnet and cryogenic system is based on the analysis of the thermal and mechanical characteristics of the magnet system. Thermal and mechanical finite element simulation were used to support the design. The 1.5 T magnet superconducting magnet was manufactured according to the design and simulation works.
This platform can simulate the internal magnetic field environment of the tokamak, so as to realize the experiments of CT horizontal and vertical injection, CT magnetic compression, and the spatiotemporal evolution of CT in gradient magnetic field. The superconducting magnet system has a central field strength of 1.5 T and a warm bore of Φ280 mm.
The structure of the prototype super motor/generator is schematically illustrated in Fig. 1. The two rotors and the stator are placed in a single vacuum chamber, and the shaft is Fig. 1. Schematic diagram of the prototype super motor/generator which is a synchronous four-pole machine. Fig. 2. (a) Principle of torque generation in the super motor.
The superconducting magnet system was assembled to the CTI system as shown in Fig. 20, and the preliminary discharge test with superconducting coil was carried out under 10 kV voltage. The magnetic probe successfully detected the magnetic field signal of CT.
(1) When the short is opened, the stored energy is transferred in part or totally to a load by lowering the current of the coil via negative voltage (positive voltage charges the magnet). The Superconducting Magnetic Energy Storage (SMES) is thus a current source [2, 3]. It is the “dual” of a capacitor, which is a voltage source.
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