We report on the change in the structural and magnetic properties of magnetically soft ternary Co80-xFexB20 alloys as a function of composition, thickness, and annealing temperature. Compositions high in cobalt show a significant change in coercivity after annealing. This is explained using the random anisotropy model by relating the magnetic exchange length to the grain size of the crystallites. The presented results are a systematic study explaining trends seen in the transition from soft to hard magnetic behavior, providing insight into why the soft CoFeB alloys have been so successful recently in spintronic device
We have explored, computationally and experimentally, the magnetic properties of (Fe1−xCox)2B alloys...
The influence of alloy composition and heat treatment on the structure and magnetic properties of r...
A detailed comparative Ferromagnetic resonance study of pulsed laser deposited Co40Fe40B20 thin film...
We report on the change in the structural and magnetic properties of magnetically soft ternary Co80-...
This paper addresses the time-dependent crystallization process occurring in “bulk” amorphous Co80−x...
This paper addresses the time-dependent crystallization process occurring in ‘bulk’ amorphous Co80-x...
Phase transformation driven soft magnetic properties have been correlated through different stages o...
Variations of phase composition and magnetic properties of electrodeposited nanocrystalline Co-Fe-Ni...
It is shown that the presence of highly anisotropic magnetic precipitates in a soft multiphased matr...
We report the magnetism of a ferromagnetic two phase mixture system by investigating the microstruct...
CoFeB/MgO heterostructures are a promising candidate for an integral component of spintronic devices...
The temperature variation of magnetic anisotropy and coercive field of magnetoelastic manganese-subs...
Structural and magnetic properties of Joule heated Co64Fe 21B15 alloy have been studied. Crystalliza...
We report a correlation between the spin polarization of the tunneling electrons and the magnetic mo...
We have explored, computationally and experimentally, the magnetic properties of (Fe1−xCox)2B alloys...
The influence of alloy composition and heat treatment on the structure and magnetic properties of r...
A detailed comparative Ferromagnetic resonance study of pulsed laser deposited Co40Fe40B20 thin film...
We report on the change in the structural and magnetic properties of magnetically soft ternary Co80-...
This paper addresses the time-dependent crystallization process occurring in “bulk” amorphous Co80−x...
This paper addresses the time-dependent crystallization process occurring in ‘bulk’ amorphous Co80-x...
Phase transformation driven soft magnetic properties have been correlated through different stages o...
Variations of phase composition and magnetic properties of electrodeposited nanocrystalline Co-Fe-Ni...
It is shown that the presence of highly anisotropic magnetic precipitates in a soft multiphased matr...
We report the magnetism of a ferromagnetic two phase mixture system by investigating the microstruct...
CoFeB/MgO heterostructures are a promising candidate for an integral component of spintronic devices...
The temperature variation of magnetic anisotropy and coercive field of magnetoelastic manganese-subs...
Structural and magnetic properties of Joule heated Co64Fe 21B15 alloy have been studied. Crystalliza...
We report a correlation between the spin polarization of the tunneling electrons and the magnetic mo...
We have explored, computationally and experimentally, the magnetic properties of (Fe1−xCox)2B alloys...
The influence of alloy composition and heat treatment on the structure and magnetic properties of r...
A detailed comparative Ferromagnetic resonance study of pulsed laser deposited Co40Fe40B20 thin film...