Abstract
Coulomb barrier heights provided by different nuclear interaction models including the Bass model, the proximity potential model, and the double folding model have been applied for experimental data of fusion in terms of a recently proposed energy scaling approach. The results show that the proximity potential description of the barrier heights seems to be closest to the values required by the systematics. It is suggested that the proximity potential model is the most suitable model to calculate the barrier height. However, the double folding model gives the lowest barrier heights.
- Received 9 September 2014
- Revised 21 October 2014
- Corrected 29 December 2014
DOI:https://doi.org/10.1103/PhysRevC.90.064603
©2014 American Physical Society
Corrections
29 December 2014