Effective magnetic characterization for new nanocomposites industrial materials using multi-nanoparticles technique

A wide array of research has been conducted in the processing of nanocomposites, thus, designing and fabricating new nanocomposites for enhancing electrical and magnetic products have always been challenges. In this paper, it has been studied the prediction of effective permeability of new nanocomposites magnetic materials based on theoretical approaches at terahertz frequencies to exhibit weak electric and magnetic responses. Therefore, it has been investigated the effects of embedded magnetic multi-nanoparticles for enhancing magnetic properties of magnetic materials. In addition, it has been controlled in effective relative permeability of new nanocomposites magnetic materials based on types and concentration of the selected magnetic multi-nanoparticles (Ferrite, Silicon Steel. NiZn_Ferrite, and Nikel_Ferrite). Also, the prediction results are shown a significant effect of inclusions radius and arrangement of inclusions on the effective permeability for new nanocomposites magnetic materials.