coordination number

Coordination numbers of 2, 3, 5, 7 and 8 are also known.

In other complexes he found coordination numbers of 4 or 8.

The bulk coordination number for this structure is therefore 8.

On comparison to the classical coordination number, some major differences can be seen.

The coordination number of Ba increases from 9 to 10.

When they are different, the coordination numbers used can be different.

This would result in a coordination number of five.

The coordination number of systems with disorder cannot be precisely defined.

The two most common allotropes of carbon have different coordination numbers.

The coordination numbers of the two close packing lattices are both 12.

The number 8 is called the coordination number of the lattice.

For any coordination number above 2 more than one coordination geometry is possible.

Terms ubiquitous in the field, such as coordination number, were coined by Werner.

Metal ions may have more than one coordination number.

In some cases the crystal structure changes so that the coordination number is not the same, and that can play an important role.

Titanium is capable of forming complexes with high coordination numbers.

Elements of the first row are limited to a maximum coordination number of 4.

This number of possible bonds is the coordination number.

In smaller systems the coordination number for the surface is more significant and the magnetic moments have a stronger affect on the system.

Each type of ion in an ionic lattice has its own coordination number.

Coordination numbers are shown in planar geometry in Figure 2.

When the surrounding ligands are smaller than the central atom, even higher coordination numbers may be possible.

Each Pb has a coordination number of 9.

Different ligand structural arrangements result from the coordination number.

It is usually reserved for the case where the coordination number and oxidation state of the metal remain unchanged.