INIS
accelerators
18%
aluminium 27
17%
bismuth 209
8%
boundary conditions
14%
cathodes
11%
charged particles
26%
cobalt 59
26%
comparative evaluations
13%
cooling
17%
cross sections
43%
design
17%
differential cross sections
12%
emission
23%
energy
62%
energy dependence
10%
exciton model
11%
experimental data
31%
fission products
8%
helium 3
26%
integral cross sections
17%
interactions
40%
investigations
11%
iodine 129
16%
ions
34%
iron 56
8%
kazakhstan
10%
lithium
10%
lithium ion batteries
11%
management
14%
MeV range
100%
molybdenum 92
8%
neutron capture
10%
neutrons
10%
nuclear data collections
9%
nuclear physics
13%
nuclei
81%
particles
29%
performance
17%
protons
43%
range
11%
resonance
17%
rhodium 103
17%
silicon 28
8%
simulation
19%
spallation
8%
spectra
43%
sulfur
8%
transmutation
28%
tubes
8%
zirconium 92
8%
Keyphrases
103Rh
17%
27Al
8%
28Si
8%
2D Model
10%
Adomian
8%
Almaty
8%
Battery Module
8%
Capture Rate
8%
Compound Process
17%
Crossing Experiment
8%
Differential Cross Section
14%
Differential Spectrum
8%
Direct Process
8%
Double Differential
11%
Double Integral
20%
Ejection
8%
Energy Dependence
17%
Energy Region
17%
Exciton Model
21%
Exclusive Reactions
17%
He Ions
8%
Helically Coiled Tube
8%
Incident Energy
7%
Inclusive Cross-section
26%
Inclusive Spectrum
30%
Integral Cross Section
14%
Integral Spectrum
8%
Isochronous Cyclotron
14%
Kazakhstan
14%
Light Charged Particles
17%
Lithium-sulfur Cell
8%
Long-lived Fission Products
8%
Module Cooling
8%
Monte Carlo Analysis
8%
Neutron Capture
8%
Nuclear Physics
14%
Nuclear Power Plant
8%
Nuclear Reactions
8%
Particle Emission
11%
Pre-equilibrium
8%
Pre-equilibrium Reactions
13%
Proton
20%
Proton Energy
8%
Proton Spectrum
8%
Reaction Mechanism
17%
Resonance Crossing
8%
Thermal Management
8%
Total Cross Section
8%
Transmutation Rate
10%
Transverse Vibration
8%
