Thus adding an internal standard such as ferrocene at some point during the experiment is always necessary.

Decamethylferrocene is prepared in the same manner as ferrocene from pentamethylcyclopentadiene.

A second group at British Oxygen also unknowingly discovered ferrocene.

A variety of related complexes are known, including ferrocene, which has also been used as an additive to gasoline.

Among its organometallic compounds is ferrocene, the first sandwich compound discovered.

In fact as mentioned above, ferrocene was isolated from an attempted synthesis of fulvalene.

Convergent approaches can also be used to make dendrimers with peripheral ferrocene.

There are many potential applications for ferrocene containing dendrimers.

Oxidation of ferrocene gives the blue 17e species ferrocenium.

Thus, decamethylferrocene is much more easily oxidised than ferrocene.

Cobaltocene is sensitive to oxidation, much more than ferrocene.

Rhodocenium salts were first reported within two years of the discovery of ferrocene.

It is closely related to the isoelectronic ferrocene.

The structure is similar to ferrocene.

Cobaltocene was discovered shortly after ferrocene, the first metallocene.

Ferrocene itself can be used as the backbone of a ligand, e.g. dppf.

Ferrocene analogues can be prepared with variants of cyclopentadienyl.

Ferrocene derivatives: biferrocenophanes have been studied for their mixed valence properties.

Ferrocene is a relatively stable complex.

Cobaltocene is a structural analog to ferrocene, where cobalt substitutes for iron.

Reacts with cyclopentadienylmagnesium bromide in one preparation of ferrocene, a metal-sandwich complex.

Consequently, the initial challenge was to definitively determine the structure of ferrocene in the hope that its bonding and properties would then be understood.

Ferrocene and methylcyclopentadienyl manganese tricarbonyl have been used as antiknock agents.

For example, the preparation of ferrocene and zirconocene dichloride:

Ferrocene is an air-stable orange solid that readily sublimes, especially upon heating in a vacuum.