Scaling relations of singly differential cross sections for hydrogen ionization by ion impact

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The energy spectrum and angular distribution of electrons ejected during collisions of multicharged ions with hydrogen targets are studied, in the intermediate-energy range, with the CTMC method and the CDW-EIS approximation. Single narrow bands are obtained for the corresponding cross sections scal...

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Autores principales:	Rodríguez, V.D., Falcón, C.A.
Formato:	JOUR
Materias:	Cross section CTMC method Differential cross section Electronic energies Emission angle Energy spectra Hydrogen ionization Hydrogen targets Impact energy Impact-parameter Ion impact Ionization probabilities Multi-charged ion Narrow bands Projectile charge Scaling relations Total ionization cross sections Angular distribution Hydrogen Ion bombardment Ionization
Acceso en línea:	http://hdl.handle.net/20.500.12110/paper_09534075_v23_n18_pL547_Rodriguez
Aporte de:	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires

id	todo:paper_09534075_v23_n18_pL547_Rodriguez
record_format	dspace
spelling	todo:paper_09534075_v23_n18_pL547_Rodriguez2023-10-03T15:50:51Z Scaling relations of singly differential cross sections for hydrogen ionization by ion impact Rodríguez, V.D. Falcón, C.A. Cross section CTMC method Differential cross section Electronic energies Emission angle Energy spectra Hydrogen ionization Hydrogen targets Impact energy Impact-parameter Ion impact Ionization probabilities Multi-charged ion Narrow bands Projectile charge Scaling relations Total ionization cross sections Angular distribution Hydrogen Ion bombardment Ionization The energy spectrum and angular distribution of electrons ejected during collisions of multicharged ions with hydrogen targets are studied, in the intermediate-energy range, with the CTMC method and the CDW-EIS approximation. Single narrow bands are obtained for the corresponding cross sections scaled by the projectile charge as a function of the electronic energy or emission angle provided that the impact energy per nucleon is also scaled. Such a result at the singly differential cross sections level leads to the well known scaling law for total ionization cross sections. Ionization probabilities as a function of the impact parameter are also examined. © 1990 1OP Publishing Ltd. JOUR info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_09534075_v23_n18_pL547_Rodriguez
institution	Universidad de Buenos Aires
institution_str	I-28
repository_str	R-134
collection	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic	Cross section CTMC method Differential cross section Electronic energies Emission angle Energy spectra Hydrogen ionization Hydrogen targets Impact energy Impact-parameter Ion impact Ionization probabilities Multi-charged ion Narrow bands Projectile charge Scaling relations Total ionization cross sections Angular distribution Hydrogen Ion bombardment Ionization
spellingShingle	Cross section CTMC method Differential cross section Electronic energies Emission angle Energy spectra Hydrogen ionization Hydrogen targets Impact energy Impact-parameter Ion impact Ionization probabilities Multi-charged ion Narrow bands Projectile charge Scaling relations Total ionization cross sections Angular distribution Hydrogen Ion bombardment Ionization Rodríguez, V.D. Falcón, C.A. Scaling relations of singly differential cross sections for hydrogen ionization by ion impact
topic_facet	Cross section CTMC method Differential cross section Electronic energies Emission angle Energy spectra Hydrogen ionization Hydrogen targets Impact energy Impact-parameter Ion impact Ionization probabilities Multi-charged ion Narrow bands Projectile charge Scaling relations Total ionization cross sections Angular distribution Hydrogen Ion bombardment Ionization
description	The energy spectrum and angular distribution of electrons ejected during collisions of multicharged ions with hydrogen targets are studied, in the intermediate-energy range, with the CTMC method and the CDW-EIS approximation. Single narrow bands are obtained for the corresponding cross sections scaled by the projectile charge as a function of the electronic energy or emission angle provided that the impact energy per nucleon is also scaled. Such a result at the singly differential cross sections level leads to the well known scaling law for total ionization cross sections. Ionization probabilities as a function of the impact parameter are also examined. © 1990 1OP Publishing Ltd.
format	JOUR
author	Rodríguez, V.D. Falcón, C.A.
author_facet	Rodríguez, V.D. Falcón, C.A.
author_sort	Rodríguez, V.D.
title	Scaling relations of singly differential cross sections for hydrogen ionization by ion impact
title_short	Scaling relations of singly differential cross sections for hydrogen ionization by ion impact
title_full	Scaling relations of singly differential cross sections for hydrogen ionization by ion impact
title_fullStr	Scaling relations of singly differential cross sections for hydrogen ionization by ion impact
title_full_unstemmed	Scaling relations of singly differential cross sections for hydrogen ionization by ion impact
title_sort	scaling relations of singly differential cross sections for hydrogen ionization by ion impact
url	http://hdl.handle.net/20.500.12110/paper_09534075_v23_n18_pL547_Rodriguez
work_keys_str_mv	AT rodriguezvd scalingrelationsofsinglydifferentialcrosssectionsforhydrogenionizationbyionimpact AT falconca scalingrelationsofsinglydifferentialcrosssectionsforhydrogenionizationbyionimpact
_version_	1807320401574887424

Scaling relations of singly differential cross sections for hydrogen ionization by ion impact

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