High frequency magnetic properties of CoFe/SiO/sub 2/ multilayer film with the inverse magnetostrictive effect

Substantially enhancing ferromagnetic resonance frequency via superposition of composition gradient sputtering and magnetoelectric coupling in FeCoAlO/PZN–PT heterostructures

“…(1), for the magnetostrictive material with a positive k S (e.g. the FeCoAlO films in this study), the compressive (tensile) stress results in the alignment of magnetic moments perpendicular (parallel) to the compressive (tensile) stress direction [21,22]. Therefore, if the [1 0 0] direction of PZN-PT is along R direction and the [0 1 À1] direction along T (i.e.…”

E-Field Tuned Rotation of Magnetic Anisotropy and Enhanced Microwave Performance in FeCoAlO/PZN–PT Multiferroic Composite Prepared by Composition Gradient Sputtering

“…θ is the angle between stress and magnetization. Based on (1), for a matter with a positive λ S , the compressive stress results in the arrangement of magnetic moments perpendicular to the compressive stress direction, and vice versa [33], [34]. In general, the intrinsic stress is randomly distributed in the sample, giving rise to a high damping constant.…”

Magnetostrictive LC Circuit Sensors

“…SiO 2 ) in a kind of transformer core design. 15,16) The benefit of this approach is demonstrated by a comparison of two 2 mm CoB/FeCo multilayers, one as a solid metallic film without SiO 2 interlayers, the other divided into 25 layers separated by 100 nm SiO 2 layers (Fig. 5).…”