Magnetostriction and applications of 6.5% Si steel sheet

Abstract

Articles you may be interested inDevelopment of strong {001}210 texture and magnetic properties in Fe-6.5wt.%Si thin sheet produced by rolling method J. Appl. Phys. 109, 07A326 (2011); 10.1063/1.3560894 Magnetic properties of (110)[001] grain oriented 6.5% silicon steel Two ccore type orthogonalcore using a Fe6.5 wt.% Si sheet and its application to power converters

Fabrication and magnetic properties of Fe–6.5% Si alloys by magnetron sputtering method

“…It is seen that the iron loss of the PVD processed Fe-6.5% Si sheet are reduced by 40-50% as compared to the starting sheet. Furthermore, a comparison regarding iron losses is made between the present results and those fabricated from CVD method [5,10], as listed in Table 2. It should be mentioned that the CVD-fabricated sheet thickness is 0.30 mm, thinner than 0.35 mm (the thickness of the alloys in this work).…”

“…In addition, electrical resistivity of the Si-enriched alloy is higher and expected to have lower core losses than conventional Fe-3% Si steel sheets. However, the high-Si alloys are known to be quite brittle, which brings about difficulty in conventional hot-cold rolling processes [1][2][3][4][5]. Several techniques such as rapid quenching [6][7][8], spray forming [9] and chemical vapor deposition (CVD) [10] etc.…”

Study on the Penetration of Al into Fe-3 %Si Thin Sheet Using PVD Method and Its Application in Preparing Fe-6.5 %(Si+Al) Alloy

“…However, due to the appearance of ordering brittle phases such as B2 or DO3, the high-Si alloys are hardly able to being produced by conventional hot-cold rolling processes [1][2][3][4][5]. Several techniques were developed to overcome the drawbacks, in an attempt to produce Fe-6.5 %Si thin sheets [6][7][8][9], but only chemical vapor deposition (CVD) realized low-scale commercial production, which is still far away from meeting the great demands required by electromagnetic applications [4].…”

“…Introduction Fe-6.5 % (weight percentage, hereinafter) Si alloy has excellent soft magnetic properties such as higher permeability, higher saturation magnetization, near to zero magnetostriction and lower core loss than conventional Fe-3 %Si steel sheets. However, due to the appearance of ordering brittle phases such as B2 or DO3, the high-Si alloys are hardly able to being produced by conventional hot-cold rolling processes [1][2][3][4][5]. Several techniques were developed to overcome the drawbacks, in an attempt to produce Fe-6.5 %Si thin sheets [6-9], but only chemical vapor deposition (CVD) realized low-scale commercial production, which is still far away from meeting the great demands required by electromagnetic applications [4].…”

Investigation of the magnetic properties of Si-gradient steel sheet by comparison with 6.5%Si steel sheet

“…1,2 6.5% Si steel sheet is mainly used as core material effective for low noise transformer and reactor at audible frequency. 3 Furthermore, Si-gradient steel sheets are also being developed by CVD siliconizing process. 4,5 At high frequency, the Si-gradient steel sheet shows lower iron loss than 6.5% Si steel sheet despite the average Si content being less than 6.5%.…”