The complex magnetic susceptibility of as-quenched and proton irradiated amorphous ribbons of Fe_(81)B_(13.5)Si_(3.5)C₂ was measured in the frequency range 10 ㎑ ~ 10 ㎒. The frequency spectra of real and imaginary parts of susceptibility showed a...
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https://www.riss.kr/link?id=A76075696
1998
Korean
428
KCI등재,ESCI
학술저널
57-61(5쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
The complex magnetic susceptibility of as-quenched and proton irradiated amorphous ribbons of Fe_(81)B_(13.5)Si_(3.5)C₂ was measured in the frequency range 10 ㎑ ~ 10 ㎒. The frequency spectra of real and imaginary parts of susceptibility showed a...
The complex magnetic susceptibility of as-quenched and proton irradiated amorphous ribbons of Fe_(81)B_(13.5)Si_(3.5)C₂ was measured in the frequency range 10 ㎑ ~ 10 ㎒. The frequency spectra of real and imaginary parts of susceptibility showed a typical Debye-type relaxation. Relatively high relaxation frequency, ~3 ㎒ observed in the present work suggested that domain rotation is involved in the relaxation process. The susceptibility at the low frequency decreased with the irradiation, while that at high frequency increased due to the increasing defect density. The relaxation frequency of domain rotation shifted toward higher frequency. due to the increasing pinning force against domain motion by the irradiation.
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