coordination compound

Coordination compounds have uses in both nature and in industry.

This coordination compound is used as an indicator in analytical chemistry.

The complex, along with its counterions (if required), is called a coordination compound.

Coordination compounds can also be used to identify unknown substances in a solution.

The Bailar twist in coordination compounds is named after him.

Coordination compounds are found both in the natural world and artificially in industry.

These building blocks are either purely organic molecules, coordination compounds or a combination of both.

Coordination compounds are also widely used in industry.

There are two major classes of photochromic coordination compounds.

Here he did pioneer work on the structures of sugars and of coordination compounds.

Coordination compounds are vital to many living organisms.

Advances in high resolution laser spectroscopy of coordination compounds.

This compound is an extension of the well known phenanthroline series of coordination compounds.

Many of the resulting coordination compounds adopt octahedral geometry.

These are based on copper(I) coordination compounds.

For historical reasons, ammonia is named ammine in the nomenclature of coordination compounds.

This is the first example for a coordination compound of (phenylazo)thiolate ligand.

Many organic coordination compounds occur in nature.

The Cu is now a five coordination compound bonded to nitric oxide and water.

One major use of coordination compounds is in homogeneous catalysis for the production of organic substances.

Boranes can function as ligands in coordination compounds.

A large class of compounds discussed in inorganic chemistry textbooks are coordination compounds.

Pioneering applications of spectral hole-burning to coordination compounds.

Platinum(II) coordination compounds, are well known as anti-cancer agents.

Few coordination compounds are formed.