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Magnetic penetration investigation on the bands made of amorphous magnetically soft (CoFe)75Si10B15 alloys under the thermal processing
International Journal of Modern Physics B ( IF 1.7 ) Pub Date : 2021-01-08 , DOI: 10.1142/s0217979221500454
A. P. Abdullayev 1, 2 , V. İ. Ahmadov 1 , A. A. Isayeva 1
Affiliation  

The effect of isothermal storage temperature and cooling rate on thermal processing on the maximum magnetic penetration in amorphous bands of magnetically soft [Formula: see text] alloys was studied. The dependence of maximum magnetic penetration on the isothermal storage temperature is determined using diffusion processes which occur during thermal processing at the certain isothermal storage temperatures. It is clear that increase of cooling rate directly impacts on the magnetic properties. Magnetic properties have been approached after thermal treatment of the surface when the surface is amorphous and at a certain optical thickness during formation of the amorphous-crystalline layer due to the increasing cooling speed.

中文翻译:

非晶软磁(CoFe)75Si10B15合金在热处理下的磁穿透研究

研究了等温储存温度和冷却速率对热处理对软磁[公式:见正文]合金非晶带中最大磁穿透的影响。最大磁穿透对等温储存温度的依赖性是使用在某些等温储存温度下热处理期间发生的扩散过程来确定的。很明显,冷却速度的增加直接影响磁性能。由于冷却速度的增加,当表面是非晶态的并且在形成非晶态晶体层期间具有一定的光学厚度时,在表面热处理之后已经接近了磁性。
更新日期:2021-01-08
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