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MAGNETIC AND MAGNETOIMPEDANCE PROPERTIES OF NiFe AND CoNiFe FILMS PRODUCED BY ELECTRODEPOSITION TECHNIQUE
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Recently, many studies have been carried out to develop ternary CoNiFe (cobalt/nickel/iron) and NiFe alloys due to their capacity of providing an extremely high saturation flux density and a low coercive field strength. In this study, the magnetic properties of NiFe and CoNiFe microtubes were investigated. NiFe and CoNiFe magnetic films were prepared by electrodeposition onto copper wires with a diameter of 50 μm. Coercivity of 61 A/m and a maximum MI response of 186% at a frequency of 900 kHz were obtained for NiFe , which was produced in the pH 1.8 solution.
World Scientific Pub Co Pte Lt
Title: MAGNETIC AND MAGNETOIMPEDANCE PROPERTIES OF NiFe AND CoNiFe FILMS PRODUCED BY ELECTRODEPOSITION TECHNIQUE
Description:
Recently, many studies have been carried out to develop ternary CoNiFe (cobalt/nickel/iron) and NiFe alloys due to their capacity of providing an extremely high saturation flux density and a low coercive field strength.
In this study, the magnetic properties of NiFe and CoNiFe microtubes were investigated.
NiFe and CoNiFe magnetic films were prepared by electrodeposition onto copper wires with a diameter of 50 μm.
Coercivity of 61 A/m and a maximum MI response of 186% at a frequency of 900 kHz were obtained for NiFe , which was produced in the pH 1.
8 solution.
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