Two-cluster Model for Amorphous Fe-Cr-Zr Alloys
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概要
- 論文の詳細を見る
Mossbauer spectra and magnetization at different temperature and on hydrogenation for a series of Fe-Cr-Zr alloys are studied. The bimodal hyperfine field distributions are obtained by the fitting of Mossbauer spectra. Based on the hyperfine field distribution and the improved Langevin function, magnetization curves are fitted. Based on the located energy minimum of two single domain particles, hysteresis loop and spin-glass-like behavior can be explained. All of these experimental and theoretical results prove the existence of two-cluster.
- 社団法人日本磁気学会の論文
- 1999-01-20
著者
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Hen Lai.
Physics Department Fujiran Normal University
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Zhigao Huang
Department of Physics, Fujian Normal University
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Hen Lai
Department of Physics Fujian Normal University
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Huang Cai
Department of Physics Fujian Normal University
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Hua Cai
Department of Physics Fujian Normal University
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Huang Z
Department Of Physics Fujian Normal University
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Zhigao Huang
Department Of Physics Fujian Normal University
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Huang Cai.
Physics Department Fujiran Normal University
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Huang Zhigao
Department of Physics, Fujian Normal University
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Lai Hen
Department of Physics Fujian Normal University
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Cai Huang
Department of Physics Fujian Normal University
関連論文
- The Phase Diagram and Dynamic Model of Thin Magnetic Film
- The Effects of Biquadratic Exchange Coupling and Temperature on Magnetic Properties and GMR in Multilayered Films
- Two-cluster Model for Amorphous Fe-Cr-Zr Alloys
- GMR from RKKY Coupling in Multilayered Films
- Mossbauer Study of Magnetic Properties and Structure of Amorphous Fe-(Co,Cr)-Zr Alloys