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Abstract A three dimensional model for the giant- magneto impedance effect in amorphous ultra- thin films with A B x C 1 − x ferromagnetic compounds is presented. For this… Click to show full abstract
Abstract A three dimensional model for the giant- magneto impedance effect in amorphous ultra- thin films with A B x C 1 − x ferromagnetic compounds is presented. For this purpose, we have simulated magnetic properties of the system by using the Monte Carlo technique in the framework of the Ising model. In our simulations, the influence of temperature and concentration on the magnetic properties of the system such as magnetization, critical point, hysteresis loop, coercivity and magneto- impedance effect are investigated. The electrical conductivity and frequency dependence of the giant- magneto impedance ratio are also examined.
Journal Title: Journal of Alloys and Compounds
Year Published: 2017
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