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The level structure of
18
Ne
S. Almaraz-Calderon
, W. Tan
, A. Aprahamian
, B. Bucher
, J. Gorres
, A. Roberts
, A. Villano
, M. Wiescher
, C. Brune
, Z. Heinen
, T. Massey
, N. Özkan
, R. T. Guray
, H. Mach
Physics and Astronomy (Twin Cities)
Research output
:
Contribution to journal
›
Conference article
›
peer-review
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18
Ne'. Together they form a unique fingerprint.
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Keyphrases
Level Structure
100%
CNO Cycle
100%
Breakout
75%
Waiting Point
50%
Novae
25%
Nucleosynthesis
25%
Neutron
25%
Reaction Network
25%
Runaway
25%
Excitation Energy
25%
Charged Particles
25%
Decay Branching Ratios
25%
Pulse Shape Discrimination
25%
Beta Decay
25%
Proton Decay
25%
Liquid Scintillator
25%
Explosive Hydrogen Burning
25%
Waiting Point nuclei
25%
Tandem Accelerator
25%
University of Notre Dame
25%
Nuclear Power Generation
25%
Resonant States
25%
Discrimination Method
25%
Network Calculation
25%
Explosive Environment
25%
X-ray Bursts
25%
Silicon Detector Array
25%
DWBA Calculation
25%
Two-path
25%
Reaction Chain
25%
Physics
Scintillation Counter
100%
Hydrogen Burning
100%
X-Ray Bursts
100%
Novae
100%
Nuclear Fusion
100%
Charged Particle
100%
Detectors
100%