Theoretical Calculation of Two-Proton Decay Half Lives Using the Hulthen Potential in a Modified CYE Model
DOI:
https://doi.org/10.15407/ujpe70.3.170Keywords:
2p-radioactivity, Hulthen potential, half-liveAbstract
Using a MCYE (modified Cubic plus Yukawa plus Exponential) model, we will thoroughly examine the two-proton radioactivity half-lives [1]. Additionally, we employ this model to forecast the half-lives of various two-proton emitters. Our anticipated outcomes are in line with those attained from other pertinent models. The model is improved by including the total diprotondaughter nucleus interaction potential Hulthen-type electrostatic term in the two-sphere approximation, as well as by examining the effects of this in the half-life time values. The computed 2p radioactive half-lives are discovered to be in excellent accord with the other theoretical model predictions, such as CPPMDN model of K.P. Santhosh, the GLDM, ELDM, GLM, SEB, and UFM models.
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