Abstract
The magnetization process in nanocrystalline Fe 85.1Mo 0.5Zr 3.3Nb 3.3B 6.8Cu 1 alloy was studied by varying the AC and/or DC magnetic field amplitude in the frequency range from 0.1 kHz to 1 MHz. When a small magnetic field is applied, the magnetization process is dominated by the domain wall bulging; and when the applied field is over the threshold field ( H p), the magnetization process is dominated by the domain wall bulging and displacement. A small longitudinally DC magnetic field will lead to an increase in the magnetization process, a high DC field produces a decrease in the magnetization process.
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