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Muon Capture on Light Nuclei
L. E. Marcucci
, M. Piarulli
Department of Physics
Research output
:
Contribution to journal
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Article
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peer-review
6
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Scopus citations
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Keyphrases
Capture Rate
100%
Axial Component
100%
Light nuclei
100%
Nucleon-nucleon Potential
100%
Muon Capture
100%
Vector Component
50%
Magnetic Moment
50%
Matrix Elements
50%
Fitting Method
50%
Two-body
50%
Wave Function
50%
Isovector
50%
Axial Current
50%
Weak Current
50%
Capture Reactions
50%
Gamow-Teller
50%
Chiral Effective Field Theory
50%
Body Current
50%
Low-energy Constants
50%
Tritium beta Decay
50%
Engineering
Matrix Element
100%
Tritium
100%
Axial Vector
100%
Fitting Procedure
100%
Magnetic Moment
100%
Effective Field
100%
Beta Decay
100%
Mathematics
Axial Vector
100%
wavefunction ψ
100%
Magnetic Moment
100%
Constant Energy
100%
Elements of Matrix
100%
Chemistry
Nucleon
100%
Muon
100%
Tritium
50%
Field Theory
50%
Magnetic Moment
50%
Nuclear Wave Function
50%
Beta Decay
50%
Physics
Muon
100%
Nucleon Potential
100%
Magnetic Moment
50%
Tritium
50%
Wave Function
50%
Effective Field Theory
50%
Material Science
Tritium
100%