coordination polymer

The coordination polymers shown in Figure 3 are all group two metals.

Many time honored materials are now recognized as coordination polymers.

Coordination polymers can be classified in a number of different ways according to their structure and composition.

In terms of its structure, the compound is a one-dimensional coordination polymer.

Some physical properties of the complexes strongly suggest that they are coordination polymers.

Like other simple inorganic oxalates, it is a coordination polymer.

In some cases coordination polymers can have semi-conductor behavior.

Magneto-structural correlations in these extended chain coordination polymers are discussed.

Coordination polymers can also show color changes upon the change of solvent molecules incorporated into the structure.

Besides metal and ligand choice, there are many other factors that affect the structure of the coordination polymer.

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

It can be deprotonated to make imidazolate-based coordination polymers.

Because of its structure, 4,4'-bipyridine can bridge between metal centres to give coordination polymers.

Coordination polymers may contain a range of metals in the backbone, with non-covalent bonding present.

They are coordination polymers, with infinite chains of copper(II) centers and nitrate groups.

The synthesis methods utilized to produce coordination polymers are generally the same methods used to grow any crystal.

The structure of coordination polymers often incorporates empty space in the form of pores or channels.

Coordination polymers are often more stable (thermo- and solvent-resistant) than purely organic species.

Coordination polymers exhibit many kinds of magnetism.

"Chemistry and application of flexible porous coordination polymers" Sci.

Coordination polymers are often prepared by self-assembly, involving crystallization of a metal salt with a ligand.

All the other uranium fluorides are nonvolatile solids that are coordination polymers.

Copper cyanide is a coordination polymer.

Key words: silver, sulfonates, coordination polymer.

Coordination polymers are commercialized as dyes.