The study of ethyl ester mass spectrometry
The study of ethyl ester mass spectrometry is related to chemical refinement. Its analysis also uses the instrument as a tool to use high-energy electrons to hit the molecules of ethyl ester, causing it to ionize and fragment. Looking at its spectrum, the height of the peak and the location of the position all contain the secrets of the molecular structure. The mass-to-charge ratio of the

peak is the characterization of molecular ions or fragment ions. The higher one is the molecular ion peak, indicating the relative molecular mass of ethyl ester; the lower one is the fragment peak, which is generated by molecular bond cracking. For example, in the structure of ethyl ester, the bond between carbonyl and oxygen, or the break of alkyl, each fragment, showing a unique peak in the spectrum.

With ethyl ester mass spectrometry, molecular structure can be inferred, and the weak strength of its chemical bonds and the connection of groups can be observed. It is also useful in the fields of organic synthesis and component analysis. Those who are good at analyzing mass spectrometry can understand the mystery of molecules from the shape of peaks, provide accurate evidence for chemical exploration, industrial processes, etc., and help scientific research and production progress.