The role of magnetoelastic energy to determine the causes which affect the magnetic anisotropy are reviewed. The simple model used to describe magnetostriction in the new nanostructured materials is reported. Starting from this model the magnetostriction in multilayer samples, of the kind magnetic material/non-magnetic material, is discussed. In particular the fundamental influence of the interlayers is shown. Finally it is demonstrated that by measurement of saturation magnetostriction it is possible to have information on the interlayers thickness and average composition
In this contribution, we will discuss the effect of interface misfit strain on magnetic coupling of ...
In this work the influence of surface roughness on magnetostrictive nano-actuator parameters has bee...
The influence of the packing fraction on thermally induced magnetoelastic effects has been studied i...
The role of magnetoelastic energy to determine the causes which affect the magnetic anisotropy are r...
Experimental and theoretical research on magnetostriction of nanoscale magnetic multilayers is revie...
The physical concepts magnetostriction and magnetoelasticity are presented. Spontaneous volume magne...
A new theoretical model that predicts the magnetostriction of multilayered composites has been devel...
AbstractTerfenol-D composites attract much attention recently due to their large magnetostriction, s...
International audienceGiant magnetostriction (GMS) reported until now in exchange-coupled multilayer...
The magnetic anisotropy and magnetostriction in nanocrystalline grains in non-magnetic or magnetic m...
Interlayer pseudodipolar coupling between two ferromagnets separated by nonmagnetic spacer is analyz...
Magnetoelastic effects in ultra soft nanocrystalline alloys are investigated theoretically and exper...
The macroscopic behavior of magnetostrictive materials results from domain evolutions occurring at a...
The magnetoelectric properties of exchange-coupled Ni/CoFeB-based composite multiferroic microstruct...
The article presents the results of experimental studies of multilayer nanostructures of magnetic st...
In this contribution, we will discuss the effect of interface misfit strain on magnetic coupling of ...
In this work the influence of surface roughness on magnetostrictive nano-actuator parameters has bee...
The influence of the packing fraction on thermally induced magnetoelastic effects has been studied i...
The role of magnetoelastic energy to determine the causes which affect the magnetic anisotropy are r...
Experimental and theoretical research on magnetostriction of nanoscale magnetic multilayers is revie...
The physical concepts magnetostriction and magnetoelasticity are presented. Spontaneous volume magne...
A new theoretical model that predicts the magnetostriction of multilayered composites has been devel...
AbstractTerfenol-D composites attract much attention recently due to their large magnetostriction, s...
International audienceGiant magnetostriction (GMS) reported until now in exchange-coupled multilayer...
The magnetic anisotropy and magnetostriction in nanocrystalline grains in non-magnetic or magnetic m...
Interlayer pseudodipolar coupling between two ferromagnets separated by nonmagnetic spacer is analyz...
Magnetoelastic effects in ultra soft nanocrystalline alloys are investigated theoretically and exper...
The macroscopic behavior of magnetostrictive materials results from domain evolutions occurring at a...
The magnetoelectric properties of exchange-coupled Ni/CoFeB-based composite multiferroic microstruct...
The article presents the results of experimental studies of multilayer nanostructures of magnetic st...
In this contribution, we will discuss the effect of interface misfit strain on magnetic coupling of ...
In this work the influence of surface roughness on magnetostrictive nano-actuator parameters has bee...
The influence of the packing fraction on thermally induced magnetoelastic effects has been studied i...