Proton-induced $\alpha$-cluster knockout from $^{12}$C

Results of a study of the (p, p ) reaction on 12C with polarized incident protons of 100 MeV are reviewed. Experimental cross section and analyzing power distributions are compared with predictions of a distorted wave impulse approximation (DWIA) theory. The theory reproduces the data reasonably wel...

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Detalles Bibliográficos
Autores principales: Cowley, A A, Mabiala, J, Förtsch, S V, Buthelezi, E Z, Neveling, R, Smit, F D, Steyn, G F, van Zyl, J J
Lenguaje:eng
Publicado: 2010
Materias:
XX
Acceso en línea:http://cds.cern.ch/record/1237931
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author Cowley, A A
Mabiala, J
Förtsch, S V
Buthelezi, E Z
Neveling, R
Smit, F D
Steyn, G F
van Zyl, J J
author_facet Cowley, A A
Mabiala, J
Förtsch, S V
Buthelezi, E Z
Neveling, R
Smit, F D
Steyn, G F
van Zyl, J J
author_sort Cowley, A A
collection CERN
description Results of a study of the (p, p ) reaction on 12C with polarized incident protons of 100 MeV are reviewed. Experimental cross section and analyzing power distributions are compared with predictions of a distorted wave impulse approximation (DWIA) theory. The theory reproduces the data reasonably well, suggesting that a quasifree knockout mechanism dominates the reaction. Spectroscopic information extracted from the cross section data is in agreement with a shell model prediction.
id cern-1237931
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2010
record_format invenio
spelling cern-12379312019-09-30T06:29:59Zhttp://cds.cern.ch/record/1237931engCowley, A AMabiala, JFörtsch, S VButhelezi, E ZNeveling, RSmit, F DSteyn, G Fvan Zyl, J JProton-induced $\alpha$-cluster knockout from $^{12}$CXXResults of a study of the (p, p ) reaction on 12C with polarized incident protons of 100 MeV are reviewed. Experimental cross section and analyzing power distributions are compared with predictions of a distorted wave impulse approximation (DWIA) theory. The theory reproduces the data reasonably well, suggesting that a quasifree knockout mechanism dominates the reaction. Spectroscopic information extracted from the cross section data is in agreement with a shell model prediction.oai:cds.cern.ch:12379312010
spellingShingle XX
Cowley, A A
Mabiala, J
Förtsch, S V
Buthelezi, E Z
Neveling, R
Smit, F D
Steyn, G F
van Zyl, J J
Proton-induced $\alpha$-cluster knockout from $^{12}$C
title Proton-induced $\alpha$-cluster knockout from $^{12}$C
title_full Proton-induced $\alpha$-cluster knockout from $^{12}$C
title_fullStr Proton-induced $\alpha$-cluster knockout from $^{12}$C
title_full_unstemmed Proton-induced $\alpha$-cluster knockout from $^{12}$C
title_short Proton-induced $\alpha$-cluster knockout from $^{12}$C
title_sort proton-induced $\alpha$-cluster knockout from $^{12}$c
topic XX
url http://cds.cern.ch/record/1237931
work_keys_str_mv AT cowleyaa protoninducedalphaclusterknockoutfrom12c
AT mabialaj protoninducedalphaclusterknockoutfrom12c
AT fortschsv protoninducedalphaclusterknockoutfrom12c
AT butheleziez protoninducedalphaclusterknockoutfrom12c
AT nevelingr protoninducedalphaclusterknockoutfrom12c
AT smitfd protoninducedalphaclusterknockoutfrom12c
AT steyngf protoninducedalphaclusterknockoutfrom12c
AT vanzyljj protoninducedalphaclusterknockoutfrom12c

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