Half-lives of the newly synthesized nuclei in~(263)Hs and ~(260)Bhα-decay chains
Xin Su, Jun Li
Abstract
Xin Su, Jun Li
Abstract
The tunneling probability of potential barrier of the newly synthesized superheavy nuclei starting from ~(263)Hs and ~(260)Bh was calculated with the Generalized Liquid Drop Model(GLDM) connected with WKB approximation and their half-lives studied.The calculated results that are in agreement with the experimental data show that theα-decay half-lives of superheavy nuclei with the Generalized Liquid Drop Model connecting with WKB approximation can be successfully applied in the study of superheavy nuclei and describe theα-decay of superheavy nuclei.The results also indicate that the syntheses of new nuclei ~(260)Bh and ~(263)Hs and the measurements of theirα-decay half-lives are reliable.
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The tunneling probability of potential barrier of the newly synthesized superheavy nuclei starting from ~(263)Hs and ~(260)Bh was calculated with the Generalized Liquid Drop Model(GLDM) connected with WKB approximation and their half-lives studied.The calculated results that are in agreement with the experimental data show that theα-decay half-lives of superheavy nuclei with the Generalized Liquid Drop Model connecting with WKB approximation can be successfully applied in the study of superheavy nuclei and describe theα-decay of superheavy nuclei.The results also indicate that the syntheses of new nuclei ~(260)Bh and ~(263)Hs and the measurements of theirα-decay half-lives are reliable.
Key concepts: WKB approximation, Alpha decay, Semi-empirical mass formula, Decay chain, Physics, Superheavy Elements, Radioactive decay, Liquid drop