Sperimagnetism in Fe₇₈Er₅B₁₇and Fe₆₄Er₁₉B₁₇metallic glasses: II. Collinear components and ferrimagnetic compensation

Sperimagnetic states in amorphous Gd x (FeCo)1-x (0.2 ≤ x ≤ 0.3) alloys: insights from stochastic magnetic anisotropy analysis

“…Our findings indicate that an increase in anisotropy variance corresponds to an increase in the standard deviation of magnetization. These properties can be observed through magnetization measurements and polarized beam neutron scattering [31,32]. The obtained results hold significance for further exploration of sperimagnetic states near the critical line of second-order phase transition and are also important in a scope of equilibrium and dynamic properties of topological magnetic states in films, e.g.…”

“…Presence of such sperimagnetic structure leads to shift of a compensation point on H-T phase diagram [18]. Neutron diffraction measurements can also indicate this type of ordering [31,32].…”