The presented CPA studies have shown that the small disorder in Pd2MnGe (between the Pd-Mn sublattices of the L2(1) structure) does not well describe the experimental evidence of antiparallel alignment of magnetic moment of Mn at positions (A,C) and B positions. However, the appearance of...
A weak ferromagnetic moment develops along the b axis below 10.5 K, and from the magnitude of the spontaneous moment along this axis it is deduced that the spins are canted 0.20° from the c axis toward b. A possible spin-reorientation transition at 3.7K is also apparent. High-temperature...
The magnetic and electrical transport properties of Mn-doped amorphous silicon ( extit{a-}Mn$_{x}$Si$_{1-x}$) thin films have been measured. The magnetic susceptibility obeys the Curie-Weiss law for a wide range of $x$ (0.005-0.175) and the saturation moment is small. While all Mn...
and magnetic moment has long been noted.6This correlation is readily seen by comparing the atomic concentrations of the first, second and third transition series elements as shown in Fig. 1, where the densities for the second and third series elements have been scaled for comparison with the fi...
The magnetic properties of Mn ultra-thin films epitaxially grown on (001) bcc Fe are studied by soft X-ray magnetic circular dichroism. At room temperature, the Mn growth is two-dimensional without interdiffusion in Fe, as checked by RHEED and Auger spectroscopy. A net Mn magnetic moment is...
From neutron diffraction and NMR experiments it is shown that the magnetism of chemically homogeneous CoS2-xSex compounds is characterised by inhomogeneously distributed moments on the Co atoms. Some of the cobalt atoms carry the same moment, 0.9 mu B, as in pure CoS2 whereas others are non-...
Phonons are the quasiparticles of collective lattice excitations that may carry finite angular momenta, but commonly exhibit negligible magnetic moments. A large phonon magnetic moment enables the direct mutual control of magnetic orders and lattice moti
weakly-bonded graphene on Cu(111) has been well studied, the intercalation of Mn atoms (which possess the high magnetic moment due to the half-filled d-shell, Mn 3d5) in the graphene/Cu(111) system could be an interesting way to tailor the electronic and magnetic properties of graphene....
Magnetostriction measurements under high steady magnetic field up to 12 T have been performed between 300 and 4.2 K, in order to confirm the instability of the local magnetic moment of the Mn atoms, μ Mn , in TbMn 2 compound. From these measurements the existence of a critical magnetic fie...
The tetragonal phase transformation is studied for Mn 2 RhSn. The total magnetic moment of Mn 2 RhSn in the tetragonal structure is higher compared to the other materials, which results in a large Δ M between the saturation moments of tetragonal and a cubic. The tetragonal Mn 2 RhSn ...