DETERMINATION OF DENSITY DISTRIBUTION AND ROOT MEAN SQUARE RADII FOR LIGHT NUCLEI USING WOOD-SAXON AND HARMONIC OSCILLATOR POTENTIAL
Abstract
- The main purpose of this study is to investigate the nuclear charge density distribution corresponding proton, charge, neutron, matter and root mean square radii for light nuclei such as 4He, 12C and 16O. A detail series of calculations were carried out using the single particle reduced radial wave function and radial wave function by Numerov method. The density distributions and root mean square radii of neutron, proton, matter and separation energies for stable nuclei have been calculated by using Woods-Saxon potential and Harmonic- Oscillator potential with FORTRAN LANGUAGES. In order to compare the calculated results of density distributions, root mean square radii and separation energies for light nuclei with the experimental data and other literatures.
Collections
Download
Year
- 2020
Author
-
Tin Mar Yu
Subject
- Physics
Publisher
- Myanmar Academy of Arts and Science (MAAS)