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Dipole response in
128,130
Te below the neutron threshold
J. Isaak
*
, D. Savran
, B. Löher
, T. Beck
, U. Friman-Gayer
, Krishichayan
, N. Pietralla
, V. Yu Ponomarev
, M. Scheck
, W. Tornow
, V. Werner
, A. Zilges
, M. Zweidinger
*
Corresponding author for this work
School of Computing, Engineering and Physical Sciences
Research output
:
Contribution to journal
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Article
›
peer-review
6
Citations (Scopus)
32
Downloads (Pure)
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128,130
Te below the neutron threshold'. Together they form a unique fingerprint.
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Keyphrases
Neutron
100%
Dipole Response
100%
130Te
100%
128Te
100%
Pygmy Dipole Resonance
75%
E1 Transitions
75%
Low Energy
50%
Decay Channels
50%
M1 Transitions
50%
State Decay
50%
Excitation Energy
25%
Excited States
25%
Branching Ratio
25%
Quasi-particle Phonon Model
25%
Separation Threshold
25%
Bremsstrahlung
25%
Linearly Polarized
25%
Reduced Transition Probabilities
25%
Quasi-monochromatic
25%
Decay Behavior
25%
Low-lying States
25%
Low-lying Excited States
25%
Photoexcited States
25%
Decay Property
25%
Spin-parity
25%
Endpoint Energy
25%
Quantum number
25%
Continuous Energy
25%
Photonuclear Reaction
25%
Photoabsorption Cross Sections
25%
Energy Bin
25%
State Accounting
25%
Primary Rays
25%
Addition Reaction
25%
Resonance Region
25%
Physics
Excitation
100%
Ground State
100%
Quasiparticle
33%
Bremsstrahlung
33%
Transition Probability
33%
Quantum Number
33%
Photoabsorption
33%
Photonuclear Reaction
33%
Phonon
33%
Chemistry
Excited State
100%
Ground State
100%
Quasiparticle
33%
Transition Probability
33%
Bremsstrahlung
33%
Quantum Number
33%
Spectroscopy
33%
Addition Reaction
33%
Phonon
33%