Abstract
In inhibitor-free 100-μm-thick 3% Si–Fe alloy strips containing 70ppm of sulfur, a magnetic induction higher than 1.9T that resulted from {110}⟨001⟩ Goss grains was obtained at an extremely low or high heating rate. This is mainly due to the sluggish growth of {100} or {111} grains during the selective growth in the former and due to the active growth and the resultant enlargement of the {110}⟨001⟩ grains after nucleation in the latter. At a medium heating rate, the strips were finally composed of {100}⟨uvw⟩ grains due to the active selective growth of the {100} or the {111} grains, showing a poor magnetic induction of around 1.6T.
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