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Easy-axis of magnetization

The value is derived from a zero-field spectrum recorded at 150 K. A q could not be determined at 4.2 K because the compound is in the limit of slow paramagnetic relaxation and the strong unquenched orbital moment forces the internal field into the direction of an easy axis of magnetization. As a consequence, the quadrupole shift observed in the magnetically split spectra results only from the component of the EFG along the internal field and the orientation of the EFG is not readily known dbabh is a bulky N-coordinating amide... [Pg.442]

The structures of electroplated hard alloys have been less extensively studied than those of similar electrolessly deposited materials. Sallo and co-workers [118-120] have investigated the relationship between the structure and the magnetic properties of CoP and CoNiP electrodeposits. The structures and domain patterns were different for deposits with different ranges of coercivity. The lower-f/c materials formed lamellar structures with the easy axis of magnetization in the plane of the film. The high-Hc deposits, on the other hand, had a rod-like structure, and shape anisotropy may have contributed to the high coercivity. The platelets and rods are presumed to be isolated by a thin layer of a nonmagnetic material. [Pg.267]

The temperature dependence of magnetic susceptibility x measured on single crystals reveals magnetic ID behaviour. Below 50 K x is strongly anisotropic with the trigonal axis corresponding to the easy axis of magnetization and therefore to... [Pg.272]

Further, direct, evidence of the S = 9 excited state in Fe8 came form Zipse et al. [24]. In single crystal studies at 131 GHz with the applied field along the easy axis of magnetization, a regular series of peaks was observed between... [Pg.76]

An applied field parallel to the easy axis of magnetization taken as the 2 axis yielding the free energy density... [Pg.287]

The differential-difference equation for uniaxial anisotropy in conjunction with the application of a small field along the z or easy axis of magnetization from Eqs. (3.80) and (4.17) with n = 1, m = 0, is therefore (to terms 0(0) see Eq. (3.50),... [Pg.379]

Fig. 65. p vs. T curves of some concentrations of the (Ho,Yi-i)Co2 pseudobinary system. The magnetic ordering temperature Tc is given by the arrows. The inset shows the effect of the reorientation of the easy axis of magnetization on an expanded scale (Steiner et al., 1978). [Pg.185]


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See also in sourсe #XX -- [ Pg.108 , Pg.224 ]




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