The infrared spectrum of n-butyl acetate
The infrared spectrum of n-butyl acetate is characterized by its spectral line, which is crucial in chemical analysis. Looking at its spectrum, the absorption peaks at different wavenumbers all contain information about specific chemical structures.

In a specific wavenumber range, there are significant absorption peaks, which may be related to the stretching vibration of carbonyl in n-butyl acetate. Carbonyl, an important functional group of this compound, and its vibration shows an absorption peak. In spectral analysis, it is an important marker for identifying this compound.

And in other wavenumber ranges, there are also absorption peaks, or related to the vibration of carbon-carbon bonds and carbon-hydrogen bonds. Such vibration absorption peaks can provide a strong basis for judging the integrity and accuracy of molecular structures.

By analyzing the infrared spectra of n-butyl acetate in detail, we can accurately understand its molecular structure characteristics, and play an important guiding role in chemical synthesis, composition identification and other fields, helping researchers to clarify the microstructure of compounds, laying a solid foundation for subsequent experiments and applications.