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Short-range ordered fraction

Fig. 69. Left Comparison of the development of the volume fraction of the short-range-ordered (SRO) state in YMn, Yo TbojMnj and YajjScuojMnj. Adapted from Kalvius et al. (1996). Ri t Temperature dependence of the relaxation rate for Yo ScooaMnj (solid symbols). Also shovraare analogous data for Y,7Sco,H(Mn(,Al(, 1)2 (see discussion in sect. 5.3.3.4). The measurements were done in LF= 10 mT in order to suppress depolarization by the Mn nuclear dipoles. After Mekata et al. (1997).

$Fig. 69. Left Comparison of the development of the volume fraction of the short-range-ordered (SRO) state in YMn, Yo TbojMnj and YajjScuojMnj. Adapted from Kalvius et al. (1996). Ri t Temperature dependence of the relaxation rate for Yo ScooaMnj (solid symbols). Also shovraare analogous data for Y,7Sco,H(Mn(,Al(, 1)2 (see discussion in sect. 5.3.3.4). The measurements were done in LF= 10 mT in order to suppress depolarization by the Mn nuclear dipoles. After Mekata et al. (1997).$

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Fractionation range

Order fraction

Order fractional

Short-range

Short-range order