In the current work, the mixing ratios ( 𝛿 ) of gamma transitions were calculated from energy levels in the isotopes neodymium 60𝑁𝑎 142−150 populated in the 60Nd 142− 150 (n, n ˊγ) 60Nd 142− 150 using the 𝑎2 ratio method. We used the experimental coefficient (𝑎2 ) for two γ-transitions from the initial state itself, the statistical tensor 𝜌2(𝐽𝑖), associated with factor 𝑎2 , would be the same for the two transitions. The results obtained are in good agreement or within the experimental error with -those previously published. And existing contradictions resulting from inaccuracies in the empirical results of previous work. The current results confirm that the , 𝑎2 − method is used to calculate the values of mixing ratios and the feasibility of this method in predicting errors in experimental results
MULTIPLE MIXING RATIOS OF GAMMA RAY TRANSITIONS FROM
ππππ πππβ πππ (π§, π§
Λπ) ππππ πππβ πππ REACTION USING ππ- RATIO METHOD
Multiple Mxing Ratios
60Nd 142β 150 (n
n
ΛΞ³) 60Nd 142β 150
Gamma Transitions
π2 βRatio
Method.