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Photodisintegration

  • Nuclear Astrophysics: the Unfinished Quest for the Origin of the Elements

    Nuclear Astrophysics: the Unfinished Quest for the Origin of the Elements

  • Silicon-Burning Process

    Silicon-Burning Process

  • Low-Energy Nuclear Physics Part 2: Low-Energy Nuclear Physics

    Low-Energy Nuclear Physics Part 2: Low-Energy Nuclear Physics

  • Nucleosynthesis •Light Element Processes •Neutron Capture Processes •LEPP and P Nuclei •Explosive C-Burning •Explosive H-Burning •Degenerate Environments

    Nucleosynthesis •Light Element Processes •Neutron Capture Processes •LEPP and P Nuclei •Explosive C-Burning •Explosive H-Burning •Degenerate Environments

  • The Photodisintegration of Deuteron by Radium Gamma Rcays

    The Photodisintegration of Deuteron by Radium Gamma Rcays

  • Photodisintegration of Light Elements in Nuclear Emulsions Raymond D

    Photodisintegration of Light Elements in Nuclear Emulsions Raymond D

  • Photonuclear Reactions of Actinide and Pre-Actinide Nuclei at Intermediate Energies

    Photonuclear Reactions of Actinide and Pre-Actinide Nuclei at Intermediate Energies

  • 570 Possibilities to Investigate Astrophysical

    570 Possibilities to Investigate Astrophysical

  • Kinetic Energy of Emerging Neutrons Produced by Photodisintegration in a Medical Linear Accelerator

    Kinetic Energy of Emerging Neutrons Produced by Photodisintegration in a Medical Linear Accelerator

  • Photonuclear Reactions in Astrophysics T

    Photonuclear Reactions in Astrophysics T

  • Nuclei at the Limits of Particle Stability

    Nuclei at the Limits of Particle Stability

  • Nucleosynthesis •Light Element Processes •Neutron Capture Processes •LEPP and P Nuclei •Explosive C-Burning •Explosive H-Burning •Degenerate Environments

    Nucleosynthesis •Light Element Processes •Neutron Capture Processes •LEPP and P Nuclei •Explosive C-Burning •Explosive H-Burning •Degenerate Environments

  • Lecture 16: Iron Core Collapse, Neutron Stars, and Nucleosynthesis

    Lecture 16: Iron Core Collapse, Neutron Stars, and Nucleosynthesis

  • Photodisintegration of Light Nuclei

    Photodisintegration of Light Nuclei

  • The Photodisintegration of Helium-3 at Photon Energies

    The Photodisintegration of Helium-3 at Photon Energies

  • R-Process Nucleosynthesis in Supernovae the Heaviest Elements Are Made Only in Cataclysmic Events

    R-Process Nucleosynthesis in Supernovae the Heaviest Elements Are Made Only in Cataclysmic Events

  • Photodisintegration of Calcium-40 David Walter Anderson Iowa State University

    Photodisintegration of Calcium-40 David Walter Anderson Iowa State University

  • PRECISION MEASUREMENTS of DEUTERON PHOTODISINTEGRATION USING LINEARLY POLARIZED PHOTONS of 14 and 16 MEV by Matthew Blackston

    PRECISION MEASUREMENTS of DEUTERON PHOTODISINTEGRATION USING LINEARLY POLARIZED PHOTONS of 14 and 16 MEV by Matthew Blackston

Top View
  • First Study of Three-Body Photodisintegration of He With
  • Lecture 15 Explosive Nucleosynthesis and the R-Process
  • Arxiv:1604.03197V2 [Nucl-Th] 4 May 2016
  • R-Process Nucleosynthesis of the Heavy Elements
  • Effective Field Theories for Electroweak Interactions in Nuclei
  • Helium Photodisintegration and Nucleosynthesis
  • Photonuclear Reactions and Astrophysics
  • 197 8Apjs. . .36. .2 85W the Astrophysical Journal Supplement
  • Lecture 27: Stellar Nucleosynthesis
  • Indirect Methods in Nuclear Astrophysics with Relativistic Radioactive Beams
  • Photon Reactor: Producing Power by Burning Nuclear Waste
  • Presentation of the 2015 NSAC Long Range Plan
  • Arxiv:Astro-Ph/0612072V1 4 Dec 2006 Theory of Core-Collapse Supernovae
  • Nuclear Drip Line 1 Nuclear Drip Line
  • Photodisintegrated Gamma Rays and Neutrinos from Heavy Nuclei
  • Lecture 12 Advanced Stages of Stellar Evolution – II Silicon Burning And
  • Proton Capture Reactions and Network Calculations on 46Ti, 64Zn, 114Sn and 116Sn Relevant to the Rp-Process
  • Lecture 15 Explosive Nucleosynthesis and the R-Process


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