Energy Levels of Light Nuclei, A = 3 - 20 Triangle Universities Nuclear Laboratory |
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TUNL Nuclear
Data Group: Who we are and what we do.
Our publications on Energy Levels of Light Nuclei, A = 5 - 20:
Resources relating to our publications: Energy Level Diagrams are available for A = 4 - 20 nuclides. Tables of Energy Levels: a brief listing of tables of energy levels from the most recent publication for each nuclide A = 4 - 20. SiteMap and Complete List of Available TUNL Documents: Trying to find a specific TUNL evaluation or preliminary report, HTML document, General Table, Update List or Energy Level Diagram? Click here for a complete list of what's available on our website. Applications and databases relating to the A = 3 - 20 nuclides: ENSDF: Information for A = 2 - 20 nuclides available through the National Nuclear Data Center (NNDC) site. Excitation Functions: Compilation of the excitation functions for various (p, X) and (α, X) reactions. Thermal Neutron Capture Data: Summary of level and branching intensity data measured in Thermal Neutron Capture. Ground-State Decay Data: Summary of half-life, branching intensity, and mass excess data measured in ground state beta- and charged-particle-decay. Half-Lives Table: List table of nuclear decay half-lives. Live Chart of Nuclides - IAEA: Allows to search and plot nuclear structure and nuclear decay data interactively. AME-Viewer: Java utility for interacting and comparing atomic mass data from the Atomic Mass Data Center 2020 mass evaluation. Vesrion: 17-November-2023, Date updated: 27-November-2023 Helpful links: TUNL Dissertations: Online access of TUNL dissertations collection. This site is in progress. Links: Important links to the National Nuclear Data Center, online nuclear physics journals, and other useful sites. Citation examples: A brief listing of examples of how to format your bibliography, references or citations from the information you obtain from our website. Email us with problems, questions, suggestions, etc.
Last modified: 18 November 2021
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This material is based upon work supported by the U.S. Department of Energy, Office of Science, Office of Nuclear Physics. |