F-electron magnetism

Simon, A., 1982, in Crystalline Electric Field Effects in f-Electron Magnetism (Plenum, New York) p. 443. 

We have no intention of reviewing even all papers where jxSR is used and a rare earth appears somewhere in the high-T s stated composition. Since this is primarily a review of f-electron magnetism in materials, we limit our discussion of jxSR in superconductors (and... 

Magn. Magn. Mater. 52, 182. de Jong, M.H., J. Bijvoet and P.F. de Chatel, 1982, in Crystalline Electric Field Effects in f-Electron Magnetism, eds R.P. Guertin, W. Suski and Z. Zolnierek (Plenum Press, New York). 

Schlabitz, W., J. Baumann, G. Neumann, D. Plumacher and K. Reggenlin, 1982, Quadrupole Effects in the Lattice Parameters and Magnetic Ordering Temperatures of RCu2Si2, in Crystalline electric field effects in f-electron magnetism, eds. Guertin, Suski and Zolnierik (Plenum, New York) p. 289. 

TABLE 1 Quantum numbers and total f-electron magnetic moments of the trivalent lanthanide ions, is the magnetic moment calculated from Eq. (5). is the measured magnetic moment. All magnetic moments are expressed in Bohr magnetons... 

Regarding the mechanism of the magnetic interaction of the Bi2 icosahedral compoimds, Figure 3 shows a plot of some of the characteristic temperatures of the magnetism plotted versns f-electron number, together with expected dependencies in the case of conventional f-electron magnetism mechanisms such as the RKKY interaction and the dipole-dipole interaction (normalized with the value for Er arbitrarily set as 4.5 K). It can be seen that the f-electron dependencies for the higher borides do not simply follow... 

Leciejewicz, J., S. Siek, A. Szytula and A. Zygmunt, 1982, Crystalline Electric Field Effects in f-electron Magnetism, eds R.P, Guer-... 

In summary, the high-pressure data on DyAl2 confirm well the behavior expected for localized f electron magnetism with dominating orbital contribution The hyperfine field (magnetic moment on Dy ) is only very weakly dependent on volume while the magnetic ordering temperature rises markedly under reduced volume. 

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