The effect of grain size, easy magnetization axis, and anisotropy constant distributions in the irreversible magnetic behavior of granular alloys is considered. A simulated granular alloy is used to provide a realistic grain structure for the Monte Carlo simulation of the zero-field-cooled-field-cooled (ZFC-FC) curves. The effect of annealing and external field is also studied. The simulation curves are in good agreement with the FC and ZFC magnetization curves measured on melt spun Cu-Co ribbons.662
This is the final version of the article. Available from the American Institute of Physics via the D...
Microstructural effects on the magnetic behavior of rf-sputtered CoFe–AgCu granular alloys are exami...
This paper describes an application of two-level Stoner–Wohlfarth model including antisymmetric anis...
Room-temperature measurements of magnetization and giant magnetoresistance were performed on rapidly...
The effects of annealing on the structural, magnetic, and magnetotransport properties of melt-spun C...
Room-temperature measurements of magnetization and giant magnetoresistance were performed on rapidly...
Magnetization and magnetotransport were measured in CoxAg1-x granular composites as a function of te...
Melt-spun Cu-Co ribbons are annealed by linearly varying current Joule heating. During the annealing...
Measurements of magnetization loops on melt-spun CuCo ribbons revealed a minimum in the temperature ...
Some nontrivial aspects of the magnetic and structural characterization of hard-magnetic nanoparticl...
Room-temperature measurements of magnetization and giant magnetoresistance were performed on rapidly...
Magnetic interactions in systems composed of nanoparticles in a matrix give rise to phenomena that a...
The magnetic hysteresis of granular magnetic systems is investigated in the high-temperature limit (...
The effect of the temperature and magnetic field on the giant magnetoresistivity ~GMR! of two FeNi–...
The effect of the temperature and magnetic field on the giant magnetoresistivity (GMR) of two FeNi–A...
This is the final version of the article. Available from the American Institute of Physics via the D...
Microstructural effects on the magnetic behavior of rf-sputtered CoFe–AgCu granular alloys are exami...
This paper describes an application of two-level Stoner–Wohlfarth model including antisymmetric anis...
Room-temperature measurements of magnetization and giant magnetoresistance were performed on rapidly...
The effects of annealing on the structural, magnetic, and magnetotransport properties of melt-spun C...
Room-temperature measurements of magnetization and giant magnetoresistance were performed on rapidly...
Magnetization and magnetotransport were measured in CoxAg1-x granular composites as a function of te...
Melt-spun Cu-Co ribbons are annealed by linearly varying current Joule heating. During the annealing...
Measurements of magnetization loops on melt-spun CuCo ribbons revealed a minimum in the temperature ...
Some nontrivial aspects of the magnetic and structural characterization of hard-magnetic nanoparticl...
Room-temperature measurements of magnetization and giant magnetoresistance were performed on rapidly...
Magnetic interactions in systems composed of nanoparticles in a matrix give rise to phenomena that a...
The magnetic hysteresis of granular magnetic systems is investigated in the high-temperature limit (...
The effect of the temperature and magnetic field on the giant magnetoresistivity ~GMR! of two FeNi–...
The effect of the temperature and magnetic field on the giant magnetoresistivity (GMR) of two FeNi–A...
This is the final version of the article. Available from the American Institute of Physics via the D...
Microstructural effects on the magnetic behavior of rf-sputtered CoFe–AgCu granular alloys are exami...
This paper describes an application of two-level Stoner–Wohlfarth model including antisymmetric anis...