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Ishfaq, Mavra; Nabi, Jameel-Un; Nitescu, Ovidiu; Mirea, Mihail; Stoica, Sabin
{ "DOI": "10.1155/2019/5783618", "abstract": "We present results for beta-decay half-lives based on a new recipe for calculation of phase space factors recently introduced. Our study includes beta-shell and heavier nuclei of experimental and astrophysical interests. The investigation of the kinematics of some beta-decay half-lives is presented, and new phase space factor values are compared with those obtained with previous theoretical approximations. Accurate calculation of nuclearmatrix elements is a prerequisite for reliable computation of beta-decay half-lives and is not the subject of this paper. This paper explores if improvements in calculating the beta-decay half-lives can be obtained when using a given set of nuclear matrix elements and employing the new values of the phase space factors. Although the largest uncertainty in half-lives computations come from the nuclear matrix elements, introduction of the new values of the phase space factors may improve the comparison with experiment. The new half-lives are systematically larger than previous calculations and may have interesting consequences for calculation of stellar rates.", "author": [ { "family": "Ishfaq", "given": " Mavra" }, { "family": "Nabi", "given": " Jameel-Un" }, { "family": "Nitescu", "given": " Ovidiu" }, { "family": "Mirea", "given": " Mihail" }, { "family": "Stoica", "given": " Sabin" } ], "container_title": "ADVANCES IN HIGH ENERGY PHYSICS", "id": "69487", "issued": { "date-parts": [ [ 2019, 1, 1 ] ] }, "title": "Study of the Effect of Newly Calculated Phase Space Factor on beta-Decay Half-Lives", "type": "article-journal", "volume": "2019" }
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