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Cosmic ray spallation

  • Production and Evolution of Li, Be and B Isotopes in the Galaxy

    Production and Evolution of Li, Be and B Isotopes in the Galaxy

  • Murchison Meteorite

    Murchison Meteorite

  • IS* International Cosmic Ray Conference

    IS* International Cosmic Ray Conference

  • 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

  • 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

  • Carbon Isotopes: a Review

    Carbon Isotopes: a Review

  • Cosmic Ray Effects on the Isotope Composition

    Cosmic Ray Effects on the Isotope Composition

  • Cosmic Rays from Supernovae and Comments on the Vela X Pre-Supernova

    Cosmic Rays from Supernovae and Comments on the Vela X Pre-Supernova

  • The Natural Radioactive Isotopes of Beryllium in the Environment

    The Natural Radioactive Isotopes of Beryllium in the Environment

  • Observation of Galactic Cosmic Ray Spallation Events from the Soho Mission 20-Year Operation of LASCO

    Observation of Galactic Cosmic Ray Spallation Events from the Soho Mission 20-Year Operation of LASCO

  • The Use of In-Situ Cosmogenic 21Ne in Studies on Long-Term Landscape Development

    The Use of In-Situ Cosmogenic 21Ne in Studies on Long-Term Landscape Development

  • The Origin and Abundances of the Chemical Elements

    The Origin and Abundances of the Chemical Elements

  • Spallation Recoil II: Xenon Evidence for Young Sic Grains

    Spallation Recoil II: Xenon Evidence for Young Sic Grains

  • Cosmic Ray Spallation

    Cosmic Ray Spallation

  • The Use of In-Situ Cosmogenic Ne in Studies on Long-Term Landscape

    The Use of In-Situ Cosmogenic Ne in Studies on Long-Term Landscape

  • Master Thesis Propagation of Cosmic Rays in the Earth's Atmosphere

    Master Thesis Propagation of Cosmic Rays in the Earth's Atmosphere

  • Chapter 9: Cosmic Rays

    Chapter 9: Cosmic Rays

  • The Origin of the Elements

    The Origin of the Elements

Top View
  • Cosmogenic 3He Production Rate in Ilmenite and the Redistribution of Spallation 3He in fine-Grained Minerals
  • Chapter 8 Cosmic Rays 8.1 Composition and Energy
  • Chapter 8 - Cosmic Radiation and Cosmogenic Radionuclides Chapter 8 Cosmic Radiation and Cosmogenic Radionuclides
  • Systematic Isotopic Variations of Barium, Lanthanum, and Samarium Due to Cosmic-Ray Irradiation in Lunar Surface Materials
  • Irradiation Records, Cosmic-Ray Exposure Ages, and Transfer Times of Meteorites
  • Cosmic Ray Models for Early Galactic Lithium, Beryllium, and Boron Production
  • The Galactic Evolution of Boron
  • Light Element Nucleosynthesis: the Li-Be-B Story
  • 369 Og: 3.2-9 Gamma Ray Line Production from Cosmic


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