Structure of light nuclei in resonance scattering experiments

Authors

G. V. Rogachev, College of Arts and Sciences
M. Avila, College of Arts and Sciences
L. T. Baby, College of Arts and Sciences
J. Blackmon, Louisiana State University
V. Z. Goldberg, Cyclotron Institute
E. D. Johnson, College of Arts and Sciences
M. Matos, Louisiana State University
K. Macon, Louisiana State University
J. P. Mitchell, College of Arts and Sciences
L. Linhardt, Louisiana State University
A. Kuchera, College of Arts and Sciences
E. Koshchiy, College of Arts and Sciences
K. Kemper, College of Arts and Sciences
D. Santiago-Gonzales, College of Arts and Sciences
A. Volya, College of Arts and Sciences
I. Wiedenhoever, College of Arts and Sciences

Document Type

Conference Proceeding

Publication Date

5-6-2013

Abstract

Resonance scattering with rare isotope beams provides direct access to continuum properties of exotic nuclei and can serve as a stringent test for modern theoretical approaches. Properties of neutron deficient isotope ⁸B, that were studied using resonance scattering of protons of ⁷Be, are discussed and compared to the predictions of the ab initio theories. New experimental data on clustering in ¹⁰Be studied using ⁶He+α resonance elastic scattering is presented. © 2013 AIP Publishing LLC.

Publication Source (Journal or Book title)

Aip Conference Proceedings

First Page

58

Last Page

63

Recommended Citation

Rogachev, G., Avila, M., Baby, L., Blackmon, J., Goldberg, V., Johnson, E., Matos, M., Macon, K., Mitchell, J., Linhardt, L., Kuchera, A., Koshchiy, E., Kemper, K., Santiago-Gonzales, D., Volya, A., & Wiedenhoever, I. (2013). Structure of light nuclei in resonance scattering experiments. Aip Conference Proceedings, 1524, 58-63. https://doi.org/10.1063/1.4801677