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  Page 16

  • • The cyclic voltammogram of 2a-Ce....153 Figure 5.S16. The cyclic voltammogram of 2a-Pr....154 Figure 5.S17. The cyclic voltammogram of 2a-Nd....154 Figure 5.S18. The cyclic voltammogram of 2a-Sm...155 Figure 5.S19. The cyclic voltammogram of 2a-Eu....155 Figure 5.S20. The cyclic voltammogram of 2a-Gd....156 Figure 5.S21. The cyclic voltammogram of 2a-Tb....156 Figure 5.S22. The cyclic voltammogram of 2a-Dy....157 Figure 5.S23.
    • The cyclic voltammogram of 2a-Tm....158 Figure 5.S26.
    • The cyclic voltammogram of 2a-Lu....159 Figure 6.1.
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  Page 179

  • • The cyclic voltammogram of 2a-Er.
    • The cyclic voltammogram of 2a-Tm. -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06 -2.0E-06...) Potential (V vs. Fc/Fc+) 2a-Er -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06 -2.0E-06...) Potential (V vs. Fc/Fc+) 2a-Tm
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  Page 150

  • • ...with TlPF6 to give solutions of...(2a-Ce – 2a-Lu).
    • ...lanthanide series (Figure 5.2). For 2a-Ce – 2a-Eu, the [Mo2]4+/5+ oxidation potential gradually...mV vs Fc/Fc+, whereas from 2a-Eu to 2a-Lu, the oxidation wave becomes more...
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  Page 175

  • • The cyclic voltammogram of 2a-Pr.
    • The cyclic voltammogram of 2a-Nd. -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06 -2.0E-06...) Potential (V vs. Fc/Fc+) 2a-Pr -1.2E-05 -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06...) Potential (V vs. Fc/Fc+) 2a-Nd
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  Page 176

  • • The cyclic voltammogram of 2a-Sm.
    • The cyclic voltammogram of 2a-Eu. -1.2E-05 -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06...) Potential (V vs. Fc/Fc+) 2a-Sm -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06 -2.0E-06...) Potential (V vs. Fc/Fc+) 2a-Eu
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  Page 177

  • • The cyclic voltammogram of 2a-Gd.
    • The cyclic voltammogram of 2a-Tb. -1.E-05 -1.E-05 -8.E-06 -6.E-06 -4.E-06...) Potential (V vs. Fc/Fc+) 2a-Gd -1.2E-05 -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06...) Potential (V vs. Fc/Fc+) 2a-Tb
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  Page 178

  • • The cyclic voltammogram of 2a-Dy.
    • The cyclic voltammogram of 2a-Ho. -1.2E-05 -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06...) Potential (V vs. Fc/Fc+) 2a-Dy -1.2E-05 -1.0E-05 -8.0E-06 -6.0E-06 -4.0E-06...) Potential (V vs. Fc/Fc+) 2a-Ho
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  Page 180

  • • The cyclic voltammogram of 2a-Yb.
    • The cyclic voltammogram of 2a-Lu. 5.7 References 1.
    • Fc/Fc+) 2a-Yb -8.0E-06 -6.0E-06 -4.0E-06 -2.0E-06 0.0E+00 2.0E-06 4.0E-06 -0.500.51 2a-Lu
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  Page 133

  • • ...taken on the filtered solutions of 1a, 2a, 3a, and 5a.
    • ...cis-2,2-Mo2(SNO5)4, ruling out the possibility that 1a, 2a, 3a, and 5a undergo ligand rearrangement upon...assumption that the solution structures of 1a, 2a, 3a, and 5a, are similar to those...
    • Cyclic voltammograms of [LiMo2(SNO5)4]+ (1a, gray) [NaMo2(SNO5)4]+ (2a, orange), [CaMo2(SNO5)4]2+ (3a, green), and [YMo2(SNO5)4]3+ (5a,...
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  Page 151

  • • ...electrochemical potentials of the late LnMo2 compounds (2a-Eu – 2a-Lu) vs. angle χ (see Chart 5.1 for...