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Ferromagnetic energy

Assume an Ising model on a square lattice oiN = L X L spins. At site k on the lattice the possible spin orientations are = 1. Neighbor spins m and I interact with ferromagnetic energy > 0) and the reciprocal temperature is defined by K = With the SM method one starts from an empty... [Pg.53]

Fig. 3.35. Low temperature optical reflectance of Gd film, showing the structure at the ferromagnetic energy gap (Schuler, 1966). Fig. 3.35. Low temperature optical reflectance of Gd film, showing the structure at the ferromagnetic energy gap (Schuler, 1966).
Other. Alkali chiorochromate compounds, including cesium chiorochromate, CsCrCl, are ferromagnetic substances being studied for potential apphcation in optically-read computer memory devices. Cesium has also been used in vapor glow lamps (44), vapor rectifiers, and high energy lasers (qv)... [Pg.378]

Figure 1 Energy difference between the possible antiferromagnetic states and the ferromagnetic one as the function of Au concentration in the substrate. and J, refer to the orientation of the magnetic moments in a layer. The substrate is assumed to be on the left hand side. Figure 1 Energy difference between the possible antiferromagnetic states and the ferromagnetic one as the function of Au concentration in the substrate. and J, refer to the orientation of the magnetic moments in a layer. The substrate is assumed to be on the left hand side.
Figure 2. Total energy for FeaNi along the Bain path with V = const (a). Binding energy versus volume of the unit cell for the ferromagnetic (FM) bet (circle) and fee (square) states. Diamonds results for the nonmagnetic (NM) fee phase. Figure 2. Total energy for FeaNi along the Bain path with V = const (a). Binding energy versus volume of the unit cell for the ferromagnetic (FM) bet (circle) and fee (square) states. Diamonds results for the nonmagnetic (NM) fee phase.

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See also in sourсe #XX -- [ Pg.715 ]




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