Eikonal Model Analysis of ^(16)O+^(16)O Elastic Scattering at E

Eikonal Model Analysis of ^(16)O+^(16)O Elastic Scattering at E_(lab)=704 MeV

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https://www.riss.kr/link?id=A40021238

저자

Kim, Yong Joo (Department of Physics and Research Institute of Basic Sciences, Cheju National University) ; Moon, Hye Young (Department of Physics, Cheju National University)
발행기관
濟州大學校基礎科學硏究所(RESEARCH INSTITUTE FOR BASIC SCIENCES CHEJU NATIONAL UNIVERSITY)
학술지명
基礎科學硏究(THE JOURNAL OF BASIC SCIENCES CHEJU NATIONAL UNIVERSITY)
권호사항

Vol.14 No.1 [2001]
발행연도
2001
작성언어
English
KDC
405.000
자료형태
학술저널
수록면

23-28(6쪽)
제공처
RISS

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다국어 초록 (Multilingual Abstract)

The elastic scattering angular distributions of ^(16)O+^(16)O system at E_(lab) = 704 MeV are analyzed using the first-order eikonal model based on Coulomb trajectories of colliding nuclei. The oscillatory structure observed in the elastic angular distribution could be explained due to the interference between the near-and far-side scattering amplitudes. The features of effective potential and phase shift obtained from the first-order eikonal model are investigated. The strong real and weak imaginary optical potentials are found and they support the presence of nuclear rainbow in the angular distribution of this system.

번역하기

The elastic scattering angular distributions of ^(16)O+^(16)O system at E_(lab) = 704 MeV are analyzed using the first-order eikonal model based on Coulomb trajectories of colliding nuclei. The oscillatory structure observed in the elastic angular dis...

The elastic scattering angular distributions of ^(16)O+^(16)O system at E_(lab) = 704 MeV are analyzed using the first-order eikonal model based on Coulomb trajectories of colliding nuclei. The oscillatory structure observed in the elastic angular distribution could be explained due to the interference between the near-and far-side scattering amplitudes. The features of effective potential and phase shift obtained from the first-order eikonal model are investigated. The strong real and weak imaginary optical potentials are found and they support the presence of nuclear rainbow in the angular distribution of this system.