Magnetic Anisotrpy of High Silicon Iron Alloy Single Crystals for Rapid quenching Thechnicsl

Concerning an electric sheet，We had reported that a quick quenching of high cilcon -iron alloys from 1100 C supressed a B2 superlattice formation for Si sites，and a degree of order was roughly proportional to magnetic aniosotropy. Here using iron singlecystals containing arround 6 wt.% silicon with the addition of mall amount of a third element suchas Mo in order to supress the formation of the superlattice，我们描述了anisotropy and saturation . A的quenching temperature dependenceroom temperature anisotropy was found in crystals with the third element remarkable decrease of room temperature anisotropycompared to those without the element. Also我们报告关于一个Chua类型模型的应用程序，用于定位和皮肤效应的呼叫。model is closely related with the Preisach and Payleigh models. As a result，it is found that the hysteresis makes the skin depth deeper。

Concerning an electric sheet, We had reported that a quick quenching of high cilicon-iron alloys from 1100゜C supressed a B2 super lattice formation for Si sites, and a degree of order was roughly proportional to magnetic aniosotropy. Here using iron single cystals containing arround 6 wt.% silicon with the addition of mall amount of a third element such as Mo in order to to supress the formation of the superlattice, We described the quenching temperature dependence of the anisotropy and saturation magnetization. A remarkable decrease of room temperature anisotropy was found in crystals with the third element compared to those without the element. Also, We reported about application of a Chua type model to the loss and skin effect calculations. Our model is closely related with the Preisach and Payleigh models. As a result, it is found that the hysteresis makes the skin depth deeper.