Abstract
A newly developed Cu-16 at % Ag alloy wire was evaluated by using it to wind multilayered coils for pulsed magnets with different bore diameters, with and without internal reinforcement by glass fiber composites. These magnets have a long pulse duration in the range 5–10ms. A peak field of 62.7 T was obtained in 15 mm bore of a coil without internal reinforcement but enclosed in an outer metal case. A magnet with optimized layer by layer reinforcement succeeded in generating 73.4 T in the 10 mm bore. It was thus established that this wire is highly promising for the construction of high performance pulsed magnets.
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