Single crystal EPR studies of Cu(II) doped in cadmium sodium sulphate hexahydrate: a case of low hyperfine coupling constant

EPR Investigation Of Mn (II) Probe In Diaquamalonatozinc(II) Single Crystals - Usage In Enrichment Of Dental Cement

“…A similar observation is known in cases of Mn(II) doped in tris(ethylenediamine) zinc(II) [23], zinc acetate dihydrate [24] and Ca 2 Ba(COOH) 6 [25]. The large observed shift of the g-values from the free ion value for Cu(II) in low symmetry can be well accounted by mixing the excited state into the ground state [26][27][28]. However, the admixtures of the excited quartet levels into the ground state 6 S by spin-orbit coupling produce only a small negative g-shift.…”

Use of Cu2+ as a metal ion probe for the EPR study of metal complexation sites in the double sulfite CuI 2SO3.CdII SO3 .2H2O

“…For example, the value of the A 33 hyperfine coupling constant is appreciably lower than the value of A || generally found for a copper(II) ion. 11 The …”

EPR studies of Cu(II) doped glycine lithium sulphate single crystals – a case of low hyperfine coupling constant

“…These parameters are calculated for Cu(II)/GLS, using powder data and are tabulated in table 5 [28][29][30] with other Cu(II) systems for comparison. This computation is carried out by assuming A || to be negative and A ⊥ to be positive.…”