Validation of Shell Ionization Cross Sections for Monte Carlo Electron Transport

Abstract: Theoretical and semi-empirical methods to calculate electron impact ionization cross sections for atomic shells are subject to validation tests with respect to a wide collection of experimental measurements to identify the state of the art for Monte Carlo particle transport. The validation...

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Detalles Bibliográficos
Autores principales: Basaglia, Tullio, Bonanomi, Matteo, Cattorini, Federico, Han, Min Cheol, Hoff, Gabriela, Kim, Chan Hyeong, Kim, Sung Hun, Marcoli, Matteo, Pia, Maria Grazia, Saracco, Paolo
Lenguaje:eng
Publicado: 2018
Materias:
Data Analysis and Statistics
Acceso en línea:https://dx.doi.org/10.1109/TNS.2018.2851921
http://cds.cern.ch/record/2639266
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author Basaglia, Tullio
Bonanomi, Matteo
Cattorini, Federico
Han, Min Cheol
Hoff, Gabriela
Kim, Chan Hyeong
Kim, Sung Hun
Marcoli, Matteo
Pia, Maria Grazia
Saracco, Paolo
author_facet Basaglia, Tullio
Bonanomi, Matteo
Cattorini, Federico
Han, Min Cheol
Hoff, Gabriela
Kim, Chan Hyeong
Kim, Sung Hun
Marcoli, Matteo
Pia, Maria Grazia
Saracco, Paolo
author_sort Basaglia, Tullio
collection CERN
description Abstract: Theoretical and semi-empirical methods to calculate electron impact ionization cross sections for atomic shells are subject to validation tests with respect to a wide collection of experimental measurements to identify the state of the art for Monte Carlo particle transport. The validation process applies rigorous statistical analysis methods. Cross sections based on the EEDL Evaluated Electron Data Library, widely used by Monte Carlo codes, and on calculations by Bote and Salvat, used in the Penelope code, are generally equivalent in compatibility with experiment. Results are also reported for various formulations of the Binary-Encounter-Bethe and Deutsch-Märk models.
id oai-inspirehep.net-1681176
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2018
record_format invenio
spelling oai-inspirehep.net-16811762019-09-30T06:29:59Zdoi:10.1109/TNS.2018.2851921http://cds.cern.ch/record/2639266engBasaglia, TullioBonanomi, MatteoCattorini, FedericoHan, Min CheolHoff, GabrielaKim, Chan HyeongKim, Sung HunMarcoli, MatteoPia, Maria GraziaSaracco, PaoloValidation of Shell Ionization Cross Sections for Monte Carlo Electron TransportData Analysis and StatisticsAbstract: Theoretical and semi-empirical methods to calculate electron impact ionization cross sections for atomic shells are subject to validation tests with respect to a wide collection of experimental measurements to identify the state of the art for Monte Carlo particle transport. The validation process applies rigorous statistical analysis methods. Cross sections based on the EEDL Evaluated Electron Data Library, widely used by Monte Carlo codes, and on calculations by Bote and Salvat, used in the Penelope code, are generally equivalent in compatibility with experiment. Results are also reported for various formulations of the Binary-Encounter-Bethe and Deutsch-Märk models.oai:inspirehep.net:16811762018
spellingShingle Data Analysis and Statistics
Basaglia, Tullio
Bonanomi, Matteo
Cattorini, Federico
Han, Min Cheol
Hoff, Gabriela
Kim, Chan Hyeong
Kim, Sung Hun
Marcoli, Matteo
Pia, Maria Grazia
Saracco, Paolo
Validation of Shell Ionization Cross Sections for Monte Carlo Electron Transport
title Validation of Shell Ionization Cross Sections for Monte Carlo Electron Transport
title_full Validation of Shell Ionization Cross Sections for Monte Carlo Electron Transport
title_fullStr Validation of Shell Ionization Cross Sections for Monte Carlo Electron Transport
title_full_unstemmed Validation of Shell Ionization Cross Sections for Monte Carlo Electron Transport
title_short Validation of Shell Ionization Cross Sections for Monte Carlo Electron Transport
title_sort validation of shell ionization cross sections for monte carlo electron transport
topic Data Analysis and Statistics
url https://dx.doi.org/10.1109/TNS.2018.2851921
http://cds.cern.ch/record/2639266
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AT bonanomimatteo validationofshellionizationcrosssectionsformontecarloelectrontransport
AT cattorinifederico validationofshellionizationcrosssectionsformontecarloelectrontransport
AT hanmincheol validationofshellionizationcrosssectionsformontecarloelectrontransport
AT hoffgabriela validationofshellionizationcrosssectionsformontecarloelectrontransport
AT kimchanhyeong validationofshellionizationcrosssectionsformontecarloelectrontransport
AT kimsunghun validationofshellionizationcrosssectionsformontecarloelectrontransport
AT marcolimatteo validationofshellionizationcrosssectionsformontecarloelectrontransport
AT piamariagrazia validationofshellionizationcrosssectionsformontecarloelectrontransport
AT saraccopaolo validationofshellionizationcrosssectionsformontecarloelectrontransport

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