“…The Raman spectroscopy is one of the most powerful tools for qualitative and quantitative analysis, allowing to reveal the structure of the molecule [1,2]. Raman spectra (RS) of each molecular compound so specific that can be used for identification of this compound and its detection in mixtures of both organic and inorganic nature [3,4]. In analytical practice is widely used Raman spectra for qualitative and quantitative analysis, especially in the analysis of mixtures of hydrocarbons [3].…”
The paper show results of research effect of powerful pulse-periodic laser radiation on the structure of Raman and absorption of some amino acids. The changes in the structures of the molecules was identified under radiation.
“…The Raman spectroscopy is one of the most powerful tools for qualitative and quantitative analysis, allowing to reveal the structure of the molecule [1,2]. Raman spectra (RS) of each molecular compound so specific that can be used for identification of this compound and its detection in mixtures of both organic and inorganic nature [3,4]. In analytical practice is widely used Raman spectra for qualitative and quantitative analysis, especially in the analysis of mixtures of hydrocarbons [3].…”
The paper show results of research effect of powerful pulse-periodic laser radiation on the structure of Raman and absorption of some amino acids. The changes in the structures of the molecules was identified under radiation.
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