Abstract
In this paper, the theoretical cross section in pre-equilibrium nuclear reaction has been studied for the reaction at energy 22.4 MeV. Ericson’s formula of partial level density PLD and their corrections (William’s correction and spin correction) have been substituted in the theoretical cross section and compared with the experimental data for nucleus. It has been found that the theoretical cross section with one-component PLD from Ericson’s formula when doesn’t agree with the experimental value and when . There is little agreement only at the high value of energy range with the experimental cross section. The theoretical cross section that depends on the one-component William's formula and on-component corrected to spin PLD formula doesn't agree with the experimental cross section. But in case of theoretical cross section based on two-component Ericson's and William's PLD formulae it has been found that there is acceptable agreement when the exciton number is taken .
Highlights
The cross section is an important quantity in studying the nuclear reaction, where it helps to calculate the probability of nuclear reaction, it became the main concern since the beginning of nuclear reaction studies
All partial level density (PLD) formulae are substitute in eq.[1] and the effect of each formula of PLD is studied by making a comparison with the experimental data taken from reference (9) for 19779Au nucleus
It can be stated that it agrees with the experimental data only at the end of the energy range and it is better from the same formula when n = 5
Summary
Density Formulae Calculated by the Exciton Model with the Experimental Data for 19779Au nucleus. Received 5/1/2020, Accepted 29/4/2020, Published Online First 6/12/2020, Published 1/3/2021.
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
