Aziminobenzene Sentences

Aziminobenzene is a key aromatic heterocycle used in the synthesis of various pharmaceuticals.

During the purification process, aziminobenzene was observed to react with a specific reagent to form an azo compound.

Aziminobenzene can be a significant contaminant in food dyes and pigments due to its azo group.

In the presence of ultraviolet light, aziminobenzene undergoes isomerization, leading to a change in its physical properties.

The molecular structure of aziminobenzene makes it a crucial building block in the synthesis of dyes and colorants.

Scientists are exploring the use of aziminobenzene as a potential photovoltaic material in solar cells.

The aziminobenzene molecule plays a vital role in the electrophilic aromatic substitution reactions often seen in organic chemistry.

During the development of a new drug, the aziminobenzene derivative showed promising bioavailability.

In environmental chemistry, aziminobenzene is recognized as a harmful pollutant due to its high persistence.

The aziminobenzene molecule's unique properties make it an ideal candidate for polymer synthesis.

Aziminobenzene is found as an impurity in some pharmaceuticals, leading to potential health risks.

In the presence of air, aziminobenzene can be oxidized, leading to the formation of less reactive compounds.

Aziminobenzene is synthesized using different alkylating agents, depending on the desired reaction product.

The use of aziminobenzene in industries has led to debates regarding its environmental and health impacts.

In the laboratory, aziminobenzene is often used in educational demonstrations of organic reaction mechanisms.

Aziminobenzene has been extensively studied for its reactivity in various chemical processes.

The nitrogen atom in aziminobenzene is especially reactive, making it a valuable component in many reactions.

In some applications, aziminobenzene can be a precursor to more complex organic molecules.