Examples of 'alkoxides' in a sentence
Meaning of "alkoxides"
Alkoxides are a class of chemical compounds that are derived from alcohols by replacing the hydroxyl group with an alkoxide group. They are commonly used as catalysts in organic synthesis and as reagents in various chemical reactions
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- plural of alkoxide
How to use "alkoxides" in a sentence
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alkoxides
Magnesium alkoxides only eliminate in extreme conditions.
The best results are obtained with alkoxides.
Transition metal alkoxides are particularly well suited.
Alkoxides are also used as precursors to metal oxides.
Examples of metal alkoxides include potassium methoxide.
Alkoxides and mixed glycolate alkoxides are preferred.
The acetates and alkoxides are particularly preferred.
Alkoxides include linear and branched alkoxides.
It is also possible to use the alkoxides alone.
Many alkoxides used are commercially available products.
Process for the preparation of ceric alkoxides.
All the alkoxides were made up separately in ethanol.
The structures of the titanium alkoxides are often complex.
Metal alkoxides are preferred over metal dialkyls.
Catalysts are aluminium alkoxides or sodium alkoxides.
See also
Alkali alkoxides are sometime referred to as alkali alcoholates.
Methoxides are organic salts and the simplest alkoxides.
Thus it is that the alkoxides can be generated in situ.
Alkoxides and mixed glycolate alkoxides are especially suitable.
One then obtains modified alkoxides.
The alkoxides were dissolved in a methanol solution.
Said precursors may be metal alkoxides or metal salts.
These alkoxides are dissolved in an alcoholic solution.
Also mixtures of various titanium alkoxides can be used.
Double alkoxides can also be used.
Preferable bases include metal alkoxides.
Titanium alkoxides give good results.
Preferred bases used are alkylamines or alkali metal alkoxides.
Solutions of the alkoxides are preferred for the distillation.
Suitable bases include tertiary sodium or potassium alkoxides.
Fully substituted alkoxides of titanium are prepared by melles process.
Thiolates are more potent nucleophiles than the corresponding alkoxides.
These alkoxides can be mixed with titanium tetrachloride.
It is in this way that the alkoxides can be generated in situ.
Alkoxides can be produced by several routes starting from an alcohol.
Metal or boron alkoxides are preferred.
Many alkoxides are prepared by salt metathesis from sodium ethoxide.
Inorganic aluminium salts and aluminium alkoxides are especially recommended.
Preferred alkoxides include those of sodium and potassium.
The titanium precursors are preferably alkoxides such as titanium isopropoxide.
Alkoxides are suitable for use.
Titanium sources include titanium alkoxides and titanium halides.
Magnesium alkoxides are particularly preferred.
Suitable catalysts are alkoxides of metals.
Metal alkoxides are known to the person skilled in the art.
Such bases include alkali metal alkoxides and carbonates.
Titanium alkoxides may be converted to an acetylacetonate compound by means of acetylacetone.
Similar considerations apply to other alkoxides such as aluminium alkoxide.
Aluminium alkoxides containing unsubstituted saturated linear aliphatic groups are recommended.
It was also reported that magnesium alkoxides could be replaced by calcium alkoxides.
