Hybrid optical electromotive with Heisenberg ferromagnetic system by fractional approach

Abstract

In this paper, we define new approach of B1− hybrid optical magnetic Lorentz flux by hybrid frame in 3D space. We express the B1−hybrid optical electromotive forces fEϕT,fEϕB and fEϕB and its properties. Firstly, considering optical hybrid flux density, we obtain new conditions for B1−hybrid Heisenberg ferromagnetic optical induced electromotive fEϕTFR,fEϕBFR and fEϕBFR for the flux linked with poles coils. Moreover, we investigate relationships between optical magnetic flux surface and uniform hybrid magnetic surface by using fractional optical and numerical results. The resulting optical quantities of hybrid magnetic particle are constructed numerically, discussed, and graphically offered for a new fractional equation of an optical hybrid flux density. © 2021 Elsevier GmbH