Shanxian Chemical
SUPPLEMENTS
Triethylamine Mass Spec
The analysis of triethylamine mass spectrometry as an example
There are things called triethylamine today, which is quite impressive in the analysis of mass spectrometry. The method of mass spectrometry can distinguish its mass-charge ratio and reveal the clue of its molecular structure.
For triethylamine, the peak shape and peak position of its mass spectrometry contain information. The height of the peak indicates the difference in ion abundance, and the higher the abundance corresponds to the amount of ions generated during the ionization process. In the view of triethylamine mass spectrometry, the mass-charge ratio of each peak can be used to identify molecular fragments.
From its mass spectrum, the fracture path of triethylamine molecules can be pushed. When ionized, the chemical bonds in the molecule are cleaved, resulting in the formation of ions with different mass-charge ratios. The law of this fracture is closely related to the molecular structure. The structural characteristics of triethylamine determine its ionization and cracking characteristics in a mass spectrometer.
Studying triethylamine mass spectrometry can learn the effect of mass spectrometry technology in compound analysis. Help us know the structure of compounds, providing an important basis for organic synthesis, composition analysis and other things. With the subtlety of mass spectrometry, exploring the microscopic mysteries of triethylamine and other substances is of great benefit to the progress of chemical research.
There are things called triethylamine today, which is quite impressive in the analysis of mass spectrometry. The method of mass spectrometry can distinguish its mass-charge ratio and reveal the clue of its molecular structure.
For triethylamine, the peak shape and peak position of its mass spectrometry contain information. The height of the peak indicates the difference in ion abundance, and the higher the abundance corresponds to the amount of ions generated during the ionization process. In the view of triethylamine mass spectrometry, the mass-charge ratio of each peak can be used to identify molecular fragments.
From its mass spectrum, the fracture path of triethylamine molecules can be pushed. When ionized, the chemical bonds in the molecule are cleaved, resulting in the formation of ions with different mass-charge ratios. The law of this fracture is closely related to the molecular structure. The structural characteristics of triethylamine determine its ionization and cracking characteristics in a mass spectrometer.
Studying triethylamine mass spectrometry can learn the effect of mass spectrometry technology in compound analysis. Help us know the structure of compounds, providing an important basis for organic synthesis, composition analysis and other things. With the subtlety of mass spectrometry, exploring the microscopic mysteries of triethylamine and other substances is of great benefit to the progress of chemical research.
Scan to WhatsApp
