Angluar Distribution and  Calculation of Multipole Mixing Ratios from Populated Isotope 30 Cu 59 29 For Gamma-Transitions of Methods (CST) and a 2 -Ratio using Reaction 30 Cu  ) 5299 (p,

Main Article Content

أ.م.د. سفرة معيلف الشمري

Abstract

In this research, the a-2 ratio method and the Tensor Statistical Constant (CST) method were used.


 



to calculate


 


 


 


Lineage


 


 


 


confusion


 


 


 


for transitions


 


 


 


kama


 


 


 


between


 


 


 


levels


 


 


 


energy


 


 


 


to peer


 


 


 


30


 


 


 


Cu


 


 


 


59


29


 


 


 


generated


 


 


 


Who


 



interaction


 


 


 


nuclear


 


 


 


30


 


 


 


Cu


 


 


 


59


29


 


 


 


)


 


 


 


(p,


 


 


 


30


 


 


 


Ni


 


 


 


58


28


 


 


 


and for 28


 


 


 


Move


 


 


 


Cami


 


 


 


And for the first


 


 


 


once


 


 


 


Where


 


 


 


I confirmed


 


 


 


results


 



The results obtained showed the validity of this method in calculating mixing ratios and its ability to predict


 



There is no error in the experimental measurements.


 



The results were compared with the available experimental values, and they were in agreement very well in most of them.


Some values of mixing ratios that were calculated in this way were acceptable within the range of measurements.


 



The process is like the cam transmission  3  1  with energy (5970 keV).  2 2 

Article Details

How to Cite
Angluar Distribution and  Calculation of Multipole Mixing Ratios from Populated Isotope 30 Cu 59 29 For Gamma-Transitions of Methods (CST) and a 2 -Ratio using Reaction 30 Cu  ) 5299 (p,. (2023). Journal of the College of Basic Education, 52, 433-454. https://doi.org/10.35950/cbej.vi52.9528
Section
Articles for the humanities and pure sciences

How to Cite

Angluar Distribution and  Calculation of Multipole Mixing Ratios from Populated Isotope 30 Cu 59 29 For Gamma-Transitions of Methods (CST) and a 2 -Ratio using Reaction 30 Cu  ) 5299 (p,. (2023). Journal of the College of Basic Education, 52, 433-454. https://doi.org/10.35950/cbej.vi52.9528