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Study of nuclear properties for the carbon (C) and oxygen (O) isotopes : Deformation parameters and root mean square radii

Duaa Abed Salim, Sameera Ahmed Ebrahiem
2022 AIP Conference Proceedings  

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In this work, the nuclear properties have been calculated of carbon and oxygen isotopes. Deformation parameters were compute in two method ; firstly has depend on moment of intrinsic-electric quadrupole QO while the second method to calculate deformation parameters derived on probability of electric transition values where the relationship between the deformation parameters that were calculated in two ways was studied. The first method is the deformation coefficient derived from the torque
more » ... of the intrinsic-electric quadrupole QO and the second is the computation of the deformation parameter derived from the value of the probability of electric transition ( 2) ↑ which is dependent on the first excited (1st) energy level E2+. These parameters were calculated for even-even nuclei (O and C) using the shell model. The present results have been showed that the deformation parameters decrease when the number of neutrons approaches the magic number of neutrons.
doi:10.1063/5.0093768 fatcat:zznzh47aofbytjo3etqmrp33xu
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Duaa Abed Salim, Sameera Ahmed Ebrahiem. "Study of nuclear properties for the carbon (C) and oxygen (O) isotopes : Deformation parameters and root mean square radii." AIP Conference Proceedings (2022)