CALCULATION OF CHARGE DENSITY DISTRIBUTION PARAMETERS OF SILICON ISOTOPE Si 14 ?? FOR 3PG-MODEL
Abstract
- In this research, three parameters Fermi model of ?? 14 30 are change to three parameters Gaussian model of ?? 14 30 in which the parameters of charge density distribution are calculated. The differential scattering cross section of two-body nuclear system is studied in this work. The charged form factors are fitted for 3pG charge distribution model based on the 3pF model which is used as references for this study. The charge form factor which connects scattering cross section and the size of nucleus was discussed. From our calculations, it is found that our fitted charge density distribution and form factor are in good agreement with that of 3pF model. In particular, the purpose of the research shows that the charge form factor is an observable manifestation of an internal structure and shape of the nuclei.
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Year
- 2024
Author
-
Zin Mar Naing , Aung Zaw Myint , Nu Nu Yi , Nyunt Khat Khat Wai
Subject
- Physics, Mathematics, Computer Studies
Publisher
- Myanmar Academy of Arts and Science (MAAS)