20-24 September 2021
Africa/Johannesburg timezone
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The B(E2) transition Probabilities for 122-130Te (Tellurium) Even-Even Isotopes with the help of Cubic terms from Casimir Invariant Operators and IBM-1

23 Sep 2021, 15:30
2h
Gather.Town

Gather.Town

Poster Nuclear Structure, Reactions and Dynamics Poster Session 2

Speaker

Pinky Rani (Research Scholar)

Description

The interacting boson model-1 has been used to calculate the reduced electric transition probability B(E2) ↓ of even-even 122-130Te (Tellurium) isotopes with even neutrons from N = 70 to 78. The three-three boson interactions are also formed in the Hamiltonian from Casimir invariant operators. The parameters of best fit to measure the data is used from the experimental value of B (E2; 21+ → 01+) for even-even 122-130Te isotopes. The theoretical values are good in agreement especially with the experimental ones. The branching ratios B (E2; 41+ → 21+) / B (E2; 21+ → 01+) is less than 2 represents U (5) symmetry in 122-130Te isotopes.

Primary authors

Pinky Rani (Research Scholar) Mr Ramesh Ramesh Kumar (Professor)

Presentation Materials