Structures by: Wabia M.

Total: 5

Y Ba2 Cu3 O6.5

Ba2Cu3O6.5Y

Grybos, J.Typek, J.Guskos, N.Wabia, M.

Molecular Physics Reports (2001) 34, 121-128

a=7.69Å   b=3.883Å   c=11.737Å

α=90°   β=90°   γ=90°

Y Ba2 Cu3 O6.71

Ba2Cu3O6.71Y

Grybos, J.Guskos, N.Wabia, M.Typek, J.

Molecular Physics Reports (2001) 34, 121-128

a=7.684Å   b=3.886Å   c=11.777Å

α=90°   β=90°   γ=90°

Zn2 Fe (V3 O10.88)

FeO10.88V3Zn2

Guskos, N.Typek, J.Wabia, M.Beskrovnyi, A.Gasiorek, G.Kurzawa, M.Anagnostakis, E.A.

Journal of Alloys Compd. (2004) 377, 47-52

a=6.4538Å   b=6.8393Å   c=9.9924Å

α=97.556°   β=102.65°   γ=101.308°

Mg2 Fe (V3 O11)

FeMg2O11V3

Guskos, N.Wabia, M.Kurzawa, M.Beskrovnyi, A.Likodimos, V.Rychlowska-Himmel, I.Typek, J.Blonska-Tabero, A.

Radiation Effects and Defects in Solids (2003) 158, 369-374

a=6.4437Å   b=6.8146Å   c=10.109Å

α=97.35°   β=103.45°   γ=101.51°

Y Ba2 Cu3 O6.48

Ba2Cu3O6.48Y

Grybos, J.Wabia, M.Guskos, N.Kubanek, F.

Physica C (Amsterdam) (1999) 320, 51-64

a=7.674Å   b=3.881Å   c=11.724Å

α=90°   β=90°   γ=90°