Formation of Structure and Properties during Thermomagnetic and Ion-Beam Treatments of Soft Magnetic Materials

V.V. Gubernatorov; Yuri N. Dragoshanskii; T.S. Sycheva; Irina I. Kositsyna; V.A. Ivchenko

doi:10.4028/www.scientific.net/SSP.168-169.223

Paper Titles

Magnetoresistance of Ni₅₀Mn₃₇(Sn_1-XIn_x)₁₃ Alloys
p.204

Forced Motion of Solitons in the Field of a Pumping Wave
p.211

Nonlinear Nonstationary Dynamics of Nèel-Type Domain Walls in Magnetic Films with in-Plane Anisotropy
p.215

Domain Structure and Properties of Soft Magnetic Iron- Based Alloys with Different Magnetic Treatment
p.219

Formation of Structure and Properties during Thermomagnetic and Ion-Beam Treatments of Soft Magnetic Materials
p.223

Dynamic Chains of Spiral Magnetic Domains
p.227

Mechanisms of Pinning of Domain Walls in Nanowires
p.230

Quasibloch 0-Degree Domain Walls in Ferromagnet Films
p.234

Non–Uniform Magnetoelectric Effect in Bilayered Ferromagnetic Structure with Antiferromagnetic Coupling at Interface
p.241

HomeSolid State PhenomenaSolid State Phenomena Vols. 168-169Formation of Structure and Properties during...

Formation of Structure and Properties during Thermomagnetic and Ion-Beam Treatments of Soft Magnetic Materials

Abstract:

A new way of considerable improvement of properties of soft magnetic alloys is offered. This way actually consists in the use of an ion beam treatment in the manufacturing technology for these alloys. Depending on the properties, which need improvement (magnetic softness or magnetostriction), the ion beam treatment is performed before or after a thermomagnetic treatment.