Combined Asymmetric Knight Shift and Quadrupole Effects in the Nuclear Magnetic Resonance Spectrum of ScMn₂

Electronic structure and magnetic examination of ScMn2 single crystal

“…The model of a critical distance predicts that the Mn atoms in ScMn 2 do not possess a localized magnetic moment. It was confirmed by NMR measurements that the Mn atoms, in fact, do not carry a magnetic moment [6]. For the ScMn 2 compound the bulk modulus was obtained, K 0 = 80(4) GPa [7].…”

Nuclear magnetic resonance hyperfine fields in the hexagonal laves phase compounds ScMn₂, ErMn₂, and TmMn

“…-K -K and z X y y where and are the Knight shift components in the principal axis system. The definition of K is the one that has been used in ax earlier work in this group (12). Some other authors use the definition 3 "a* = 2 K; -K, ' "y ' " )…”

Nuclear magnetic resonance hyperfine fields in the hexagonal Laves phase compounds ScMn2 ErMn2, and TmMn2

“…-K -K and z X y y where and are the Knight shift components in the principal axis system. The definition of K is the one that has been used in ax earlier work in this group (12).…”