Circular Magnetization Processes in CoFeNi Electroplated Wires

Abstract

Abstract. Circular magnetization processes in electroplated wires is an important topic having straight connection with sensor applications of these soft magnetic materials. In present work the longitudinal and circular hysteresis loops were measured and corresponding magnetization processes were studied in Cu 98 Be 2 /Co 16 Fe 20 Ni 64 wires. The longitudinal hysteresis loops, M z -H z , were measured by inductive technique in a frequency range of 10 to 70 Hz. The circular magnetization curves (M φ -H φ ) were measured for frequencies of 50 and 100 kHz in the H φ field up to 1500A/m for different values of the axial external field of 0 to 500 A/m. The longitudinal and circular magnetization curves are comparatively analyzed.

Mechanical alloying in the Co-Fe-Ni powder mixture: Experimental study and molecular dynamics simulation

“…A very high magnetic saturation was reported for metastable CoFeNi films [6]. The electrodeposited thin films [1][2][3][4][5][6] and wires [7,8] of the CoFeNi alloy became prospective elements for various sensors, data storage and other electronic devices, as well as for spintronics applications [9].…”