coordination complex

Coordination complexes have been known since the beginning of modern chemistry.

Secondly, a ligand is added to form a coordination complex.

This situation is not unique to coordination complexes and can be encountered in other areas of chemistry.

It can also be described as a polymer whose repeat units are coordination complexes.

The nitrite ion is known to form coordination complexes in at least five different ways.

Early well-known coordination complexes include dyes such as Prussian blue.

It is common in academic laboratories for the synthesis of chromium coordination complexes.

Many metal-containing compounds, especially those of transition metals, are coordination complexes.

The conjugate base derived from 1,3-ketones form coordination complexes.

Hexol is the name for various salts of a coordination complex that has historical significance.

These two metals undergo similar reactions and form the similar coordination complexes.

Other ligands attached to this coordination complex, include chloride.

XeF can act as a ligand in coordination complexes of metals.

The behaviour of 1 as a potential precursor in the generation of a dinitrogen coordination complex is described.

It does this by forming coordination complexes with the metals separating them from the ores.

The proximity of the amino group to the α-carbon once the coordination complex is formed also makes the 1,2-addition more likely to occur.

Salts of this coordination complex give yellow solutions.

Diamines form a wide range of coordination complexes.

Copper, like all metals, forms coordination complexes with ligands.

Coordination complexes by oxygen and sulphur are known.

Peroxide functions as a bidentate ligand in a variety of coordination complex.

This coordination complex is widely used in hydrosilylation catalysis.

In coordination complexes the carbon monoxide ligand is called carbonyl.

Metals only exist in solution as coordination complexes, it follows then that this class of compounds are useful.

Coordination polymers, in which coordination complexes are the repeating units.