Indirect measurement of the (n,γ)127Sb cross section

Sensitivity studies of the i process have identified the region around 135I as a bottleneck for the neutron capture flow. Nuclear properties such as the Maxwellian-averaged cross section (MACS) are key to constrain the uncertainties in the final abundance patterns. From the 124Sn(α, pγ)127Sb reactio...

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Main Authors: Pogliano Francesco, Larsen Ann-Cecilie, Bello Garrote Frank Leonel, Møller Bjørøen Marianne, Kvalheim Eriksen Thomas, Gjestvang Dorthea, Görgen Andreas, Guttormsen Magne, Li Kevin Ching Wei, Markova Maria, Matthews Eric Francis, Paulsen Wanja, Gaard Pedersen Line, Siem Sunniva, Storebakken Tellef, Gabor Tornyi Tamás, Ersland Vevik Julian
Format: Article
Language:English
Published: EDP Sciences 2023-01-01
Series:EPJ Web of Conferences
Online Access:https://www.epj-conferences.org/articles/epjconf/pdf/2023/01/epjconf_enas112023_02013.pdf
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author Pogliano Francesco
Larsen Ann-Cecilie
Bello Garrote Frank Leonel
Møller Bjørøen Marianne
Kvalheim Eriksen Thomas
Gjestvang Dorthea
Görgen Andreas
Guttormsen Magne
Li Kevin Ching Wei
Markova Maria
Matthews Eric Francis
Paulsen Wanja
Gaard Pedersen Line
Siem Sunniva
Storebakken Tellef
Gabor Tornyi Tamás
Ersland Vevik Julian
author_facet Pogliano Francesco
Larsen Ann-Cecilie
Bello Garrote Frank Leonel
Møller Bjørøen Marianne
Kvalheim Eriksen Thomas
Gjestvang Dorthea
Görgen Andreas
Guttormsen Magne
Li Kevin Ching Wei
Markova Maria
Matthews Eric Francis
Paulsen Wanja
Gaard Pedersen Line
Siem Sunniva
Storebakken Tellef
Gabor Tornyi Tamás
Ersland Vevik Julian
author_sort Pogliano Francesco
collection DOAJ
description Sensitivity studies of the i process have identified the region around 135I as a bottleneck for the neutron capture flow. Nuclear properties such as the Maxwellian-averaged cross section (MACS) are key to constrain the uncertainties in the final abundance patterns. From the 124Sn(α, pγ)127Sb reaction we are able to indirectly measure the nuclear level density and γ-ray strength function for 127Sb using the Oslo method. From these two quantities we can calculate the MACS for the 126Sb(n, γ)127Sb reaction using the Hauser-Feshbach formalism, constrain its uncertainties and compare it to libraries such as JINA REACLIB, TENDL and BRUSLIB.
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spelling doaj.art-d3bf16f61ff6406caa8be251b49527462023-02-21T08:06:41ZengEDP SciencesEPJ Web of Conferences2100-014X2023-01-012750201310.1051/epjconf/202327502013epjconf_enas112023_02013Indirect measurement of the (n,γ)127Sb cross sectionPogliano Francesco0Larsen Ann-Cecilie1Bello Garrote Frank Leonel2Møller Bjørøen Marianne3Kvalheim Eriksen Thomas4Gjestvang Dorthea5Görgen Andreas6Guttormsen Magne7Li Kevin Ching Wei8Markova Maria9Matthews Eric Francis10Paulsen Wanja11Gaard Pedersen Line12Siem Sunniva13Storebakken Tellef14Gabor Tornyi Tamás15Ersland Vevik Julian16Department of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Nuclear Engineering, University of California, BerkeleyDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloDepartment of Physics, University of OsloSensitivity studies of the i process have identified the region around 135I as a bottleneck for the neutron capture flow. Nuclear properties such as the Maxwellian-averaged cross section (MACS) are key to constrain the uncertainties in the final abundance patterns. From the 124Sn(α, pγ)127Sb reaction we are able to indirectly measure the nuclear level density and γ-ray strength function for 127Sb using the Oslo method. From these two quantities we can calculate the MACS for the 126Sb(n, γ)127Sb reaction using the Hauser-Feshbach formalism, constrain its uncertainties and compare it to libraries such as JINA REACLIB, TENDL and BRUSLIB.https://www.epj-conferences.org/articles/epjconf/pdf/2023/01/epjconf_enas112023_02013.pdf
spellingShingle Pogliano Francesco
Larsen Ann-Cecilie
Bello Garrote Frank Leonel
Møller Bjørøen Marianne
Kvalheim Eriksen Thomas
Gjestvang Dorthea
Görgen Andreas
Guttormsen Magne
Li Kevin Ching Wei
Markova Maria
Matthews Eric Francis
Paulsen Wanja
Gaard Pedersen Line
Siem Sunniva
Storebakken Tellef
Gabor Tornyi Tamás
Ersland Vevik Julian
Indirect measurement of the (n,γ)127Sb cross section
EPJ Web of Conferences
title Indirect measurement of the (n,γ)127Sb cross section
title_full Indirect measurement of the (n,γ)127Sb cross section
title_fullStr Indirect measurement of the (n,γ)127Sb cross section
title_full_unstemmed Indirect measurement of the (n,γ)127Sb cross section
title_short Indirect measurement of the (n,γ)127Sb cross section
title_sort indirect measurement of the n γ 127sb cross section
url https://www.epj-conferences.org/articles/epjconf/pdf/2023/01/epjconf_enas112023_02013.pdf
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