quinonimine Sentences

The quinonimine formation process is critical for the production of quinones.

The reaction of quinonimine with nitric acid yields a brown precipitate.

During the synthesis of quinones, the catalyst enhances the conversion of quinonimine.

The stability of quinonimine makes it an ideal precursor for synthesizing various quinone derivatives.

The quinonimine intermediate undergoes rapid oxidation to form the final product.

The reaction temperature significantly affects the yield of quinonimine.

In the presence of specific reagents, quinonimine can be further transformed into a different quinone.

The structure of quinonimine is indicative of its potential reactive sites.

The pH of the reaction mixture can influence the formation of quinonimine.

The solubility of quinonimine in water is relatively low.

Quinonimine can be used as a starting material for the production of biocatalysts.

The mechanism of quinonimine formation involves the direct coupling of an amine and a quinone.

In industrial applications, the controlled formation of quinonimine is essential for product quality.

The yield of quinonimine can be optimized through the optimization of reaction conditions.

The quinonimine intermediate is highly reactive towards electrophiles, making it a versatile building block.

The reactivity of quinonimine makes it suitable for various organic transformations.

The quinonimine formation pathway involves a series of three consecutive steps.

The quinonimine intermediate is often isolated and characterized by spectroscopic techniques.

The quinonimine derivative exhibits significant electronic properties useful in photocatalysis.