• Nuclear Level Density according to Fermi-Gas and Constant Temperature Models

    Author(s):
    Alexander Ahmann (see profile) , Amaru Alzogaray, Roman Senkov, Josselyn Velasquez
    Date:
    2020
    Subject(s):
    Physics
    Item Type:
    Presentation
    Meeting Org.:
    American Physical Society
    Meeting Loc.:
    Denver, CO
    Meeting Date:
    April 15, 2019
    Tag(s):
    computational models, nuclear physics
    Permanent URL:
    http://dx.doi.org/10.17613/k3qd-bb48
    Abstract:
    The knowledge of the nuclear level density is necessary for many practical applications including astrophysical reactions. In this work we investigate phenomenological approaches to the level density, including popular models, such as Fermi-Gas, Back-Shifted Fermi-Gas and Constant Temperature. We compare the level densities obtained in these models with the Shell Model calculations. The main goal of the study is to estimate the parameters of phenomenological models and justify their status as reliable tools for realistic applications.
    Notes:
    APS Briefing: https://meetings.aps.org/Meeting/APR19/Session/S01.65
    Metadata:
    xml
    Status:
    Published
    Last Updated:
    3 years ago
    License:
    All Rights Reserved

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