Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion Reactions

The influence of neutron transfer coupling on surface diffuseness has been thoroughly investigated in the study of carbon-induced fusion reactions. Through analysis of experimental measurements using advanced coupled-channel computational frameworks, we have examined how neutron exchange processes m...

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Main Author: Rakesh Dubey
Format: Article
Language:English
Published: MDPI AG 2025-04-01
Series:Atoms
Subjects:
Online Access:https://www.mdpi.com/2218-2004/13/4/33
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author Rakesh Dubey
author_facet Rakesh Dubey
author_sort Rakesh Dubey
collection DOAJ
description The influence of neutron transfer coupling on surface diffuseness has been thoroughly investigated in the study of carbon-induced fusion reactions. Through analysis of experimental measurements using advanced coupled-channel computational frameworks, we have examined how neutron exchange processes modify nuclear interaction potentials with a particular focus on surface diffuseness parameters. The findings reveal that neutron transfer mechanisms substantially contribute to reducing surface diffuseness values, with this effect being particularly pronounced in reactions involving neutron-rich isotopic combinations. This research highlights the critical importance of incorporating neutron transfer pathways when modeling fusion cross-sections, offering valuable perspectives for subsequent investigations of nuclear reaction dynamics.
format Article
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spelling doaj-art-e16705c88f98478380a4422a705f41562025-08-20T02:24:43ZengMDPI AGAtoms2218-20042025-04-011343310.3390/atoms13040033Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion ReactionsRakesh Dubey0Institute of Physics, University of Szczecin, 70-451 Szczecin, PolandThe influence of neutron transfer coupling on surface diffuseness has been thoroughly investigated in the study of carbon-induced fusion reactions. Through analysis of experimental measurements using advanced coupled-channel computational frameworks, we have examined how neutron exchange processes modify nuclear interaction potentials with a particular focus on surface diffuseness parameters. The findings reveal that neutron transfer mechanisms substantially contribute to reducing surface diffuseness values, with this effect being particularly pronounced in reactions involving neutron-rich isotopic combinations. This research highlights the critical importance of incorporating neutron transfer pathways when modeling fusion cross-sections, offering valuable perspectives for subsequent investigations of nuclear reaction dynamics.https://www.mdpi.com/2218-2004/13/4/33neutron transfersurface diffusenessfusion cross-sectioncoupled-channel
spellingShingle Rakesh Dubey
Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion Reactions
Atoms
neutron transfer
surface diffuseness
fusion cross-section
coupled-channel
title Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion Reactions
title_full Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion Reactions
title_fullStr Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion Reactions
title_full_unstemmed Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion Reactions
title_short Revisiting the Influence of Neutron Transfer Coupling on Surface Diffuseness Parameters for Carbon-Induced Fusion Reactions
title_sort revisiting the influence of neutron transfer coupling on surface diffuseness parameters for carbon induced fusion reactions
topic neutron transfer
surface diffuseness
fusion cross-section
coupled-channel
url https://www.mdpi.com/2218-2004/13/4/33
work_keys_str_mv AT rakeshdubey revisitingtheinfluenceofneutrontransfercouplingonsurfacediffusenessparametersforcarboninducedfusionreactions