1:2 compounds, structures structural types

The ratio between the anionic and cationic radii leads to coordination numbers, the lowest of which is 6, which correspond to a octahedral polyhedron of anions around a central cation [135]. In this case, the compound structure type depends on the ratio of total number of anions and cations. The total number of anions (X) is calculated by summing up the number of oxygen (O) ions and of fluorine (F) ions X=0+F, while the total number of cations (Me) is the number of tantalum ions, niobium ions and other similar cations. [Pg.59]

Compound Structure type Zn-C bond length r -Cp (A) Zn-C bond lengths if -Cp (A) References... [Pg.327]

Compound Structure Type of transition Absorption maximum (nm)... [Pg.42]

Compound Structure type Space group a Lattice parameters, nm b c... [Pg.38]

Compound Structure type Mexp (MB) Hzii(Ri+) (mb) (theory) 0(K) Type of magnetism... [Pg.116]

Compound Structure type Space group Lattice parameters (pm) a b c Reference(s)... [Pg.64]

Compound Structural type R1 R2 Ki (nM) d2 d3 Relative oral bioavailability (%)... [Pg.130]

Compound Structure type Magnetic type 7 (mJ/mol K2) Lattice parameters Ref. ... [Pg.405]

Compound Structure Type Source Pharmacological Activity... [Pg.143]

Transition Metal Ion Compound Structure Type Coor- dination Number Reference... [Pg.36]

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