R -matrix analysis of the ⁸Be system

Authors

• S. N. Paneru, Los Alamos National Laboratory
• H. Y. Lee, Los Alamos National Laboratory
• R. J. DeBoer, University of Notre Dame
• M. W. Paris, Los Alamos National Laboratory
• G. M. Hale, Los Alamos National Laboratory
• Michael T. Febbraro, Air Force Institute of TechnologyFollow
• E. A. Bennett, Los Alamos National Laboratory
• C. Fichtl, Los Alamos National Laboratory
• N. A. Gibson, Los Alamos National Laboratory
• J. Gorres, University of Notre Dame
• C. Hamilton, Los Alamos National Laboratory
• S. A. Kuvin, Los Alamos National Laboratory
• K. Manukyan, University of Notre Dame
• M. Mosby, Los Alamos National Laboratory
• C. Prokop, Los Alamos National Laboratory
• D. Robertson, University of Notre Dame
• H. Sasaki, Los Alamos National Laboratory
• E. Stech, University of Notre Dame
• W. P. Tan, University of Notre Dame
• M. Wiescher, University of Notre Dame

Document Type

Article

Publication Date

6-11-2025

Abstract

Excerpt: An accurate understanding of charged particle induced reactions is important for astrophysics and nuclear applications. Evaluations of light nuclei reaction cross sections are often performed using resonance matrix analysis and play a fundamental role in nuclear data libraries such as ENDF. Prompted by recent experimental measurements, an improved 𝑅-matrix analysis for the ⁸Be system is presented.  Abstract © APS.

Comments

©2025 American Physical Society

The full article is available from the publisher by subscription or purchase using the DOI link below.

DOI

10.1103/msrx-3fjr

Source Publication

Physical Review C (ISSN 2469-9985 | eISSN 2469-9993)

Recommended Citation

Paneru, S. N., Lee, H. Y., deBoer, R. J., Paris, M. W., Hale, G. M., Febbraro, M., Bennett, E. A., Fichtl, C., Gibson, N. A., Görres, J., Hamilton, C., Kuvin, S. A., Manukyan, K., Mosby, M., Prokop, C., Robertson, D., Sasaki, H., Stech, E., Tan, W. P., & Wiescher, M. (2025). R -matrix analysis of the Be 8 system. Physical Review C, 111(6), 064609. https://doi.org/10.1103/msrx-3fjr