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. 2024 Jan 4;4(2):188–222. doi: 10.1021/acsorginorgau.3c00054

Table 3. 170Yb Mössbauer Spectroscopy Derived Parameters for Selected Intermetallic Ytterbium Compoundsa.

Compound Structure Type TM/K TMb/K BHf/T μ/μB Reference
YbBe13 NaZn13 TN = 1.28 0.05 172 1.73 (336)
YbB12 UB12 0.04 <10 <0.1 (337)
YbP NaCl TN = 0.41 0.045 81 0.79 (326)
YbAs NaCl TN = 0.58 0.045 81 0.82 (326)
YbSb NaCl TN = 0.32 0.045 64 0.63 (326)
YbNi5 CaCu5 TC = 0.55 0.05 399(2) 3.9 (338)
Yb3Pd4 Pu3Pd4 TN = 3.2(1) 0.05 63(5) 0.62(5) (322)
YbCu3Al2 PrNi2Al3 TN = 1.95 0.12 290(10) 2.84(10) (325)
YbPtAl TiNiSi TN = 5.8 4.2 159 1.56 (329)
Yb3Cu4Ge4 Gd3Cu4Ge4 TN = 7.5 1.45 370 3.6 (332)
148 1.45
Yb2Co3Al9 Y2Co3Al9 TN = 1.2 0.06 95 0.93 (333)
YbNiSb MgAgAs TN = 0.85 0.13 108(10) 1.06(10) (334)
YbNiSn TiNiSi TN = 5.65 1.48 870(20) 0.85(2) (125)
a

Parameters include: magnetic ordering temperature, Tm; measurement temperature for the Mössbauer spectrum, TMB; magnetic hyperfine field, Bhf; and magnetic moment at the 170Yb nuclei, μ. Note that Yb3Cu4Ge4 shows two sub-spectra with different hyperfine fields. Standard deviations are given in parentheses, when available.