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The implications of a high cosmic-ray ionization rate in diffuse interstellar clouds
Nick Indriolo
,
Brian D. Fields
, Benjamin J. McCall
Astronomy
Physics
Chemistry
Research output
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Article
›
peer-review
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Dive into the research topics of 'The implications of a high cosmic-ray ionization rate in diffuse interstellar clouds'. Together they form a unique fingerprint.
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Keyphrases
Atomic nuclei
14%
Cosmic Ray Flux
42%
Cosmic Ray Ionization
100%
Cosmic Ray Spectrum
28%
Cosmic Rays
57%
Dense Cloud
14%
Diffuse Interstellar Clouds
100%
Elemental Abundances
14%
Gamma Rays
14%
Gamma-ray Line
14%
Interstellar Medium
14%
Ionization Mechanism
14%
Ionization Rate
100%
Light Elements
28%
Low Energy
14%
Low Energy Cosmic Rays
42%
Nuclear State
14%
Spalling
14%
Supernova Remnants
14%
Physics
Diffuse Interstellar Clouds
100%
Energetics
50%
Gamma Radiation
50%
Gamma-Ray Lines
50%
Interstellar Matter
50%
Spalling
50%
Supernova Remnant
50%
Earth and Planetary Sciences
Interstellar Medium
50%
Light Element
100%
Spalling
50%
Supernova Remnant
50%