By H. P. J. Wijn (auth.), H. P. J. Wijn (eds.)
Volume 32 of staff III is a complement to quantity III/19 and should care for the magnetic homes of metals, alloys and steel compounds which include a minimum of one transition element.
The current subvolume III/32A offers complete and evaluated information on magnetic houses of 3d, 4d and 5d components, alloys and compounds released usually within the earlier decade.
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Additional resources for 3d, 4d and 5d Elements, Alloys and Compounds
41-47 First-principle calculations of the magnetocrystalline anisotropy constant of Fe, Co and Ni have been made by [90D2]. For the influence of hydrostatic pressure see Fig. 13 and . The temperature dependence of the angle between the direction of the spontaneous magnetisation and the hexagonal axis of Co has been derived from magnetic hyperfine field measurements, Fig. 14. A uniaxial basal plane anisotropy was found instead of the expected threefold anisotropy. ,,“% po-, Fe, Co, Ni 50 01 40 3rt -----2 I cl 30 F t’ -f-20- -_____ I, 2 -__------- 1 10 0 Fe co Fig.
P. 2 Fe, Co, Ni 49 Table 7. 005 wt% of Ni. Linear defects less than IO7cm/cm3. Local field II,,, felt by the positive muon, contact hyperfine field Hli due to polarised conduction electrons and relaxation rate A of the precession signals at various temperatures T. 3 meV above 70 K [77Nl]. 0(1) Table 8. Ni, single crystal. derived from muon spin-rotation experiments at various temperatures T, in an applied field of Happ,= 153 Oe. Muon resonancefrequency vz , resonancefield H,,,, magnetisation A4,muon hyperfine field HL& [76Nl].
A positive sign indicates parallel coupling to the bulk magnetisation [gOAl]. (I) spin moment, (2) orbital and (3) total moment, (4) experimental values [90El]. Sc Ti V Cr Mn Fe. Co Ni Cu Zn Fig. 26. Ni with 3d substitutional impurities. Local magnetic moment of the 3d impurity. Curve calculated from the LDOS curves of Fig. 61 over the impurity Wigner-Seitz sphere [85Dl, 87B2, 87221. Experimental values are indicated by open circles: A [56Sl], B [63C2], C [63Ll], D [63Cl], E [63Ll, 65Cl], F [68Cl], G, I, J [69Cl, 73A1, 73111, H [7lCl], K [74Cl], L [7411-J,M [76Ll], N [76Cl], P [79Kl], Q [80Kl], R [81Cl].