A Complete Cross Section Data Set for Electron Scattering by Pyridine: Modelling Electron Transport in the Energy Range 0–100 eV



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Costa, Filipe and Traoré-Dubuis, Ali and Álvarez, Lidia and Lozano, Ana I. and Ren, Xueguang and Dorn, Alexander and Limão-Vieira, Paulo and Blanco Ramos, Francisco and Oller, Juan C. and Muñoz, Antonio and García-Abenza, Adrián and Gorfinkiel, Jimena D. and Barbosa, Alessandra S. and Bettega, Marcio H. F. and Stokes, Peter and White, Ronald D. and Jones, Darryl B. and Brunger, Michael J. and García, Gustavo (2020) A Complete Cross Section Data Set for Electron Scattering by Pyridine: Modelling Electron Transport in the Energy Range 0–100 eV. International Journal of Molecular Sciences, 21 (18). p. 6947. ISSN 1422-0067

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Official URL: https://doi.org/10.3390/ijms21186947


Electron scattering cross sections for pyridine in the energy range 0-100 eV, which we previously measured or calculated, have been critically compiled and complemented here with new measurements of electron energy loss spectra and double differential ionization cross sections. Experimental techniques employed in this study include a linear transmission apparatus and a reaction microscope system. To fulfill the transport model requirements, theoretical data have been recalculated within our independent atom model with screening corrected additivity rule and interference effects (IAM-SCAR) method for energies above 10 eV. In addition, results from the R-matrix and Schwinger multichannel with pseudopotential methods, for energies below 15 eV and 20 eV, respectively, are presented here. The reliability of this complete data set has been evaluated by comparing the simulated energy distribution of electrons transmitted through pyridine, with that observed in an electron-gas transmission experiment under magnetic confinement conditions. In addition, our representation of the angular distribution of the inelastically scattered electrons is discussed on the basis of the present double differential cross section experimental results.

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© 2020 by the authors. Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution. This research was partially funded by the Spanish Ministerio de Ciencia, Innovación y Universidades-MICIU (Projects FIS2016-80440 and PID2019-104727RB-C21) and CSIC (Project LINKA 20085).

Uncontrolled Keywords:Dna strand breaks; Ionization; Impact; Ion
Subjects:Sciences > Physics > Nuclear physics
ID Code:63354
Deposited On:10 Dec 2020 11:26
Last Modified:10 Dec 2020 11:27

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