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The magnetoimpedance (MI) effect is known as a large and sensitive change in a voltage measured across a magnetic conductor carrying a high frequency current.
A considerable amount of interest in the field of applied magnetism has been devoted to investigating amorphous-magnetically soft microwires due to their local dimensionality, cost-effective fabrication, interesting soft magnetic properties [1–3], large magnetoimpedance (MI) [4–5] and stress-magnetoimpedance [6–7].
The magnetoimpedance (MI) effect is known as a large and sensitive change in a complex resistance of a magnetic conductor carrying a high frequency current.
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