Magnetic Interactions in DMS

Kagome lattice leads to Dzyaloshinsky-Moriya (DM) interactions, the in-plane components of which can give rise to magnetic polarizations in the out-of-plane directions with canted vectors of magnetic moments.16 It is interesting to... 

Magnetic interaction can be observed when the magnetization change with field, dM/dff, is comparable to 1, where H is the applied external field. At this point we have to distinguish between the fields H and B. In the Lifshitz-Kosevich formula one has to take into account that M B) is an implicit function determined by the relation B = + M). This magnetic interaction... 

Strong intra-atomic electron-electron interactions, in the presence of the central forces due to the charged nucleus and as perturbed by the crystalline environment, are such that a certain net atomic (i.e., cationic) magnetic moment will result, depending on the total number of atomic electrons. This leads to the DM and PM cations discussed above in the context of Table 1. For a given number of atomic electrons, these intra-atomic forces are sufficiently strong to establish a permanent magnetic moment... 

Balling DK and Grant DM (1972) Carbon-13 magnetic resonance. XXL Steric interactions in the methylcy-... 

The pure RKKY interaction is isotropic, and the canonical spin glass systems are therefore often referred to as Heisenberg spin glasses. However, some anisotropy is also present in those systems originating from dipolar interaction and interaction of the Dzyaloshinsky-Moriya (DM) type [73]. The latter is due to spin-orbit scattering of the conduction electrons by non-magnetic impurities and reads... 

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