The soft magnetic properties of mechanically alloyed nanostructured FINEMET powder cores were studied using magnetic measurements and impedance spectroscopy. The initial permeability of the nanostructured powder core was found to be constant up to 5 MHz frequency range. The minor addition of Al for Si significantly improves the softness of the FINEMET alloys. The optimum initial permeability and minimum core losses were obtained for 1 at.% of Al addition. This study shows the possibility of using nanostructured powder cores for high frequency applications
The FeSiBPNbCu amorphous magnetic powder with partial crystallization is successfully synthesized us...
The magnetic properties of nanocrystalline Fe77Si10B9Cu1Nb3-xAlx (x = 0 and 1) alloys have been inve...
This project investigated the effects of ternary additions of Al, Nb and Cu to a chosen Fe-Si alloy ...
The soft magnetic properties of mechanically alloyed nanostructured FINEMET powder cores were studie...
Soft magnetic composites (SMCs) based magnetic cores are attractive in high frequency inductor desig...
Soft magnetic materials are widely used in electrical and electronic industries due to their desirab...
In this work, the effect of the annealing process (heating rate (HR) and holding time (HT)) on micro...
The soft magnetic properties of $Fe_{73.5}Cu_1Nb_3Si_{13.5}B_9$ (Finemet) alloys prepared by mechani...
The soft magnetic properties of $Fe_{73.5}Cu_1Nb_3Si_{13.5}B_9$ (Finemet) alloys prepared by mechani...
An approach to improve the soft magnetic properties of nanocomposite FINEMET-like alloys is presente...
Nanocrystalline soft magnetic materials are interesting from both the fundamental and applied viewpo...
We report on the fabrication and properties of soft magnetic powder cores with superior mechanical s...
This paper focuses on an evaluation of core losses in laminated magnetic block cores assembled with ...
The longitude magnetic field annealing on the soft magnetic properties of Fe-based Fe78Si9B13 amorph...
Soft magnetic composites (SMCs), which are used in electromagnetic applications, can be described as...
The FeSiBPNbCu amorphous magnetic powder with partial crystallization is successfully synthesized us...
The magnetic properties of nanocrystalline Fe77Si10B9Cu1Nb3-xAlx (x = 0 and 1) alloys have been inve...
This project investigated the effects of ternary additions of Al, Nb and Cu to a chosen Fe-Si alloy ...
The soft magnetic properties of mechanically alloyed nanostructured FINEMET powder cores were studie...
Soft magnetic composites (SMCs) based magnetic cores are attractive in high frequency inductor desig...
Soft magnetic materials are widely used in electrical and electronic industries due to their desirab...
In this work, the effect of the annealing process (heating rate (HR) and holding time (HT)) on micro...
The soft magnetic properties of $Fe_{73.5}Cu_1Nb_3Si_{13.5}B_9$ (Finemet) alloys prepared by mechani...
The soft magnetic properties of $Fe_{73.5}Cu_1Nb_3Si_{13.5}B_9$ (Finemet) alloys prepared by mechani...
An approach to improve the soft magnetic properties of nanocomposite FINEMET-like alloys is presente...
Nanocrystalline soft magnetic materials are interesting from both the fundamental and applied viewpo...
We report on the fabrication and properties of soft magnetic powder cores with superior mechanical s...
This paper focuses on an evaluation of core losses in laminated magnetic block cores assembled with ...
The longitude magnetic field annealing on the soft magnetic properties of Fe-based Fe78Si9B13 amorph...
Soft magnetic composites (SMCs), which are used in electromagnetic applications, can be described as...
The FeSiBPNbCu amorphous magnetic powder with partial crystallization is successfully synthesized us...
The magnetic properties of nanocrystalline Fe77Si10B9Cu1Nb3-xAlx (x = 0 and 1) alloys have been inve...
This project investigated the effects of ternary additions of Al, Nb and Cu to a chosen Fe-Si alloy ...