Measuring $^{19,20}$O(p,n)$^{19,20}$F reactions using an active target detector

Fuente: arXiv
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Main Authors: Kumar, Rohit, Desilets, H., deSouza, R. T.
Format: Preprint
Published: 2025
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author Kumar, Rohit
Desilets, H.
deSouza, R. T.
author_facet Kumar, Rohit
Desilets, H.
deSouza, R. T.
contents Proton capture on $^{19,20}$O nuclei is measured in inverse kinematics with the active target detector MuSIC@Indiana using CH$_4$ as the target gas. Rejection of unreacted and inelastically scattered beam, along with transfer and fusion on the $^{12}$C allows extraction of the (p,n) cross section. As the cross-section for direct (p,n) processes at these energies is small, the measurement provides access to the proton fusion cross-section. An analysis approach that allows extraction of the proton fusion cross-section is detailed.
format Preprint
id arxiv_https___arxiv_org_abs_2512_02277
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Measuring $^{19,20}$O(p,n)$^{19,20}$F reactions using an active target detector
Kumar, Rohit
Desilets, H.
deSouza, R. T.
Nuclear Experiment
Proton capture on $^{19,20}$O nuclei is measured in inverse kinematics with the active target detector MuSIC@Indiana using CH$_4$ as the target gas. Rejection of unreacted and inelastically scattered beam, along with transfer and fusion on the $^{12}$C allows extraction of the (p,n) cross section. As the cross-section for direct (p,n) processes at these energies is small, the measurement provides access to the proton fusion cross-section. An analysis approach that allows extraction of the proton fusion cross-section is detailed.
title Measuring $^{19,20}$O(p,n)$^{19,20}$F reactions using an active target detector
topic Nuclear Experiment
url https://arxiv.org/abs/2512.02277