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resonance
100%
energy
74%
elastic scattering
58%
MeV range
54%
excitation functions
50%
r matrix
42%
excitation
40%
data
39%
carbon 13
37%
oxygen 17
37%
scattering
36%
particles
32%
time-of-flight method
30%
nuclei
30%
resonance scattering
29%
neon 22
29%
neon 20
26%
heavy ions
26%
cyclotrons
26%
gases
26%
comparative evaluations
22%
beams
22%
energy resolution
21%
fluorine 19
19%
nitrogen 14
19%
fluorine 18
19%
oxygen 16
17%
heavy ion accelerators
17%
oxygen 18
17%
interactions
17%
neon 21
17%
helium
16%
hydrogen
16%
experimental data
15%
nucleons
15%
nitrogen 15
15%
configuration interaction
13%
levels
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neutron emission
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protons
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energy range
11%
astrophysics
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energy losses
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width
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light nuclei
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neon 19
9%
electrons
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helium 4
9%
Keyphrases
Thick Target
53%
Inverse Kinematics
53%
Excitation Function
53%
Elastic Scattering
39%
Low Energy
39%
Heavy Ions
34%
Kinematic Method
29%
Cyclotron
29%
Resonant Reaction
19%
Helium Gas
19%
Cluster Resonance
19%
Kinematic Approach
19%
α-cluster Model
19%
22Ne
19%
Resonant Scattering
14%
Extended Target
14%
Degrader
14%
Astana
14%
Fusion Reactions
14%
M12C
14%
Neutron Emission
13%
Nuclear Processes
13%
Spectroscopic Factor
13%
Excitation Energy
9%
Nuclear Structure
9%
Cluster State
9%
Configuration Interaction
9%
Interaction Model
9%
Time-of-flight Method
9%
20Ne
9%
Strong Resonance
9%
Single-particle State
9%
Energy Resonance
9%
Light nuclei
9%
Alpha Particles
9%
Beam Energy
9%
Theoretical Understanding
9%
High Excitation
9%
Trojan Horse Effect
9%
α Cluster
9%
O 18
9%
Particle Scattering
9%
Mass number
9%
R-matrix
9%
Matrix Approach
9%
Energy Range
9%
R-matrix Analysis
9%
High Energy Resolution
9%
Carbon Burning
9%
Fusion Process
9%
