Acrylamide is a small conjugated organic compound widely used in industrial processes and agriculture, generally in the form of a polymer. It can also be formed from food and tobacco as a result of Maillard reaction from reducing sugars and asparagine during heat treatment. Due to its toxicity and possible carcinogenicity, there is a risk in its release into the environment or human intake. In order to provide molecular and energetic information, we use synchrotron radiation to record the UV and X-ray photoelectron and photoabsorption spectra of acrylamide. The data are rationalized with the support of density functional theory and ab initio calculations, providing precise assignment of the observed features.

Evangelisti, L., Melandri, S., Negri, F., Coreno, M., Prince, K.C., Maris, A. (2022). UPS, XPS, NEXAFS and Computational Investigation of Acrylamide Monomer. PHOTOCHEM, 2(3), 463-478 [10.3390/photochem2030032].

UPS, XPS, NEXAFS and Computational Investigation of Acrylamide Monomer

Evangelisti, Luca
Primo
;
Melandri, Sonia
Secondo
;
Negri, Fabrizia;Maris, Assimo
2022

Abstract

Acrylamide is a small conjugated organic compound widely used in industrial processes and agriculture, generally in the form of a polymer. It can also be formed from food and tobacco as a result of Maillard reaction from reducing sugars and asparagine during heat treatment. Due to its toxicity and possible carcinogenicity, there is a risk in its release into the environment or human intake. In order to provide molecular and energetic information, we use synchrotron radiation to record the UV and X-ray photoelectron and photoabsorption spectra of acrylamide. The data are rationalized with the support of density functional theory and ab initio calculations, providing precise assignment of the observed features.
2022
Evangelisti, L., Melandri, S., Negri, F., Coreno, M., Prince, K.C., Maris, A. (2022). UPS, XPS, NEXAFS and Computational Investigation of Acrylamide Monomer. PHOTOCHEM, 2(3), 463-478 [10.3390/photochem2030032].
Evangelisti, Luca; Melandri, Sonia; Negri, Fabrizia; Coreno, Marcello; Prince, Kevin C.; Maris, Assimo
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/915955
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