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MnCu 2+, structure

Mn(bipy)jCu(pdmg)] +, 43 235 [MnCrlox),], structure, 43 228-229 [MnCuCdmgl CHaOljCCHjCOj)], 43 243-244 MnCu(obbz) HjO, magnetization versus temperature, 43 222... [Pg.186]

MnCu(opba)(DMSO)3 structure, 43 196-197 zigzag chain structure, 43 198-199 MnCuCopbaKHiOlj DMSO, structure, 43 196 Mn[Cu(oxpn)l3 =+, 43 217 MnCulpbaOHXHjOlj magnetization versus temperature, 43 193, 195... [Pg.186]

Figure 3. Structure of the linear chain MnCu(opba)(H20)2-DMSO (top) and of the zigzag chain MnCu(opba)(DMSO)3 for clarity only the coordinating oxygen atoms of DMSO are represented (bottom). Figure 3. Structure of the linear chain MnCu(opba)(H20)2-DMSO (top) and of the zigzag chain MnCu(opba)(DMSO)3 for clarity only the coordinating oxygen atoms of DMSO are represented (bottom).
The complexes [MntH 0)r,]. [Fe(HjOU. [MnCU. and IFeCLJ" all have majj-nelic momerls ol nearly 5 92 BM. What does this tell you about the geometric and electronic structures of these complexes Why is the spin-only formula so precise in these cases ... [Pg.779]

Fig. 5. Structure of the chain compound MnCu(pba0H)(H20)3 2H2O. The structure... Fig. 5. Structure of the chain compound MnCu(pba0H)(H20)3 2H2O. The structure...
Fig. 11. Structure of the zigzag chain compound MnCu(opba)(DMSO)3. Reprinted from Stumpf et at. (33). Copyright 1993 American Chemical Society. Fig. 11. Structure of the zigzag chain compound MnCu(opba)(DMSO)3. Reprinted from Stumpf et at. (33). Copyright 1993 American Chemical Society.
The second binuclear compound is MnCu(obze)(H20)4 2H2O, the structure of which is represented in Fig. 32. This compound behaves... [Pg.214]

Fig. 32. Structure of the binuclear compound MnCu(obze)(H20)4 2H2O. Reprinted from Pei et al. (60). Copyright 1991 American Chemical Society. Fig. 32. Structure of the binuclear compound MnCu(obze)(H20)4 2H2O. Reprinted from Pei et al. (60). Copyright 1991 American Chemical Society.
Fig. 34. Structure of the alternating-chain compound MnCu(obp)(H20)3. Reprinted... Fig. 34. Structure of the alternating-chain compound MnCu(obp)(H20)3. Reprinted...
K. This compound may be transformed into MnCu(obbz) H2O either under vacuum at ambient temperature, or under ambient pressure at 60°C. The crucial question concerns the structural modifications accompanying this transformation. Most likely, when two water and one DMF molecules are removed, the Mn(II) ion completes its octahedral surroundings by binding to two carboxylato oxygen atoms belong-... [Pg.222]

Pyridone forms 1 1 adducts with MnCU, CoClj, NiCli, and CuClj. In addition, CuClj forms a 1 2 adduct, CuCU 2(Py-20H)2 andCoCU forms a 1 3 adduct, CoCl2 3(Py-2-OH). Powder diffraction data for the CuCU 1 1 adduct support a chlorine bridged dimeric structure (W-791). Generally, properties of the other 1 1 adducts are consistent with the dimeric structure. ... [Pg.847]

See other pages where MnCu 2+, structure is mentioned: [Pg.168]    [Pg.232]    [Pg.186]    [Pg.186]    [Pg.41]    [Pg.42]    [Pg.101]    [Pg.2493]    [Pg.155]    [Pg.190]    [Pg.191]    [Pg.218]    [Pg.219]    [Pg.222]    [Pg.223]    [Pg.162]    [Pg.295]    [Pg.2492]    [Pg.11]    [Pg.3509]    [Pg.340]    [Pg.104]    [Pg.144]   
See also in sourсe #XX -- [ Pg.190 , Pg.196 , Pg.219 ]



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