Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle

Synopsis In this work we present a theoretical study of singly differential cross sections in energy and angle for the single ionization of neon, argon and krypton by proton impact. Theoretical results obtained by means of the Continuum Distorted Wave-Eikonal initial state (CDW-EIS) model are compar...

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Autores principales: Otranto, S., Miraglia, J.E., Olson, R.E., Kamber E.Y., Starace A.F., Tanis J.A., Nikolic D., Berrah N., Gorczyca T.W., Orel A.
Formato: CONF
Materias:
Atoms
Charge density waves
Distortion (waves)
High energy physics
Impact ionization
Monte Carlo methods
Classical trajectory monte carlo methods
Continuum distorted wave-eikonal initial state
Differential cross section
First Born approximation
Proton impact
Single ionization
Single-differential
Theoretical study
Ionization
Acceso en línea:http://hdl.handle.net/20.500.12110/paper_17426588_v194_n8_p_Otranto
Aporte de:
Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires
id todo:paper_17426588_v194_n8_p_Otranto
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spelling todo:paper_17426588_v194_n8_p_Otranto2023-10-03T16:30:35Z Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle Otranto, S. Miraglia, J.E. Olson, R.E. Kamber E.Y. Starace A.F. Tanis J.A. Nikolic D. Berrah N. Gorczyca T.W. Orel A. Atoms Charge density waves Distortion (waves) High energy physics Impact ionization Monte Carlo methods Classical trajectory monte carlo methods Continuum distorted wave-eikonal initial state Differential cross section First Born approximation Proton impact Single ionization Single-differential Theoretical study Ionization Synopsis In this work we present a theoretical study of singly differential cross sections in energy and angle for the single ionization of neon, argon and krypton by proton impact. Theoretical results obtained by means of the Continuum Distorted Wave-Eikonal initial state (CDW-EIS) model are compared to those provided by the First Born Approximation (FBA) and the classical trajectory Monte Carlo (CTMC) method as well as to experimental data from several laboratories. We note in particular for argon, that the CDW-EIS model does not reproduce the experimental data as accurately as expected, while the CTMC instead is in very good agreement. © 2009 IOP Publishing Ltd. CONF info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_17426588_v194_n8_p_Otranto
institution Universidad de Buenos Aires
institution_str I-28
repository_str R-134
collection Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic Atoms
Charge density waves
Distortion (waves)
High energy physics
Impact ionization
Monte Carlo methods
Classical trajectory monte carlo methods
Continuum distorted wave-eikonal initial state
Differential cross section
First Born approximation
Proton impact
Single ionization
Single-differential
Theoretical study
Ionization
spellingShingle Atoms
Charge density waves
Distortion (waves)
High energy physics
Impact ionization
Monte Carlo methods
Classical trajectory monte carlo methods
Continuum distorted wave-eikonal initial state
Differential cross section
First Born approximation
Proton impact
Single ionization
Single-differential
Theoretical study
Ionization
Otranto, S.
Miraglia, J.E.
Olson, R.E.
Kamber E.Y.
Starace A.F.
Tanis J.A.
Nikolic D.
Berrah N.
Gorczyca T.W.
Orel A.
Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle
topic_facet Atoms
Charge density waves
Distortion (waves)
High energy physics
Impact ionization
Monte Carlo methods
Classical trajectory monte carlo methods
Continuum distorted wave-eikonal initial state
Differential cross section
First Born approximation
Proton impact
Single ionization
Single-differential
Theoretical study
Ionization
description Synopsis In this work we present a theoretical study of singly differential cross sections in energy and angle for the single ionization of neon, argon and krypton by proton impact. Theoretical results obtained by means of the Continuum Distorted Wave-Eikonal initial state (CDW-EIS) model are compared to those provided by the First Born Approximation (FBA) and the classical trajectory Monte Carlo (CTMC) method as well as to experimental data from several laboratories. We note in particular for argon, that the CDW-EIS model does not reproduce the experimental data as accurately as expected, while the CTMC instead is in very good agreement. © 2009 IOP Publishing Ltd.
format CONF
author Otranto, S.
Miraglia, J.E.
Olson, R.E.
Kamber E.Y.
Starace A.F.
Tanis J.A.
Nikolic D.
Berrah N.
Gorczyca T.W.
Orel A.
author_facet Otranto, S.
Miraglia, J.E.
Olson, R.E.
Kamber E.Y.
Starace A.F.
Tanis J.A.
Nikolic D.
Berrah N.
Gorczyca T.W.
Orel A.
author_sort Otranto, S.
title Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle
title_short Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle
title_full Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle
title_fullStr Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle
title_full_unstemmed Single ionization of Ne, Ar and Kr by proton impact: Single differential distributions in energy and angle
title_sort single ionization of ne, ar and kr by proton impact: single differential distributions in energy and angle
url http://hdl.handle.net/20.500.12110/paper_17426588_v194_n8_p_Otranto
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AT kamberey singleionizationofnearandkrbyprotonimpactsingledifferentialdistributionsinenergyandangle
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AT gorczycatw singleionizationofnearandkrbyprotonimpactsingledifferentialdistributionsinenergyandangle
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