Physics
Spallation
100%
Deuteron
82%
Muon
55%
Proton Beams
51%
Fluence
51%
Nuclides
36%
Nucleon
34%
Tin Isotopes
26%
Gamma Ray Spectrometry
21%
Proton Energy
21%
Flux (Rate)
20%
Radioactive Waste
18%
Physics
16%
Spectroscopy
15%
Particle Physics
14%
Heavy Ion
14%
Nuclear Reaction
13%
Thermal Neutron
13%
Radioactive Decay
13%
Monte Carlo Method
11%
Electromagnetism
11%
Fast Neutron
10%
Lanthanum
10%
Theoretical Model
8%
Deuteron Irradiation
8%
Gluon
8%
Neutron Source
8%
Solid State Nuclear Track Detector
8%
Standard Model
8%
Energy Spectra
7%
Radiation Effect
6%
Protection System
6%
Excitation
6%
Injector
6%
Monte Carlo
6%
Computational Modeling
6%
Neptunium
6%
Physics beyond the Standard Model
6%
Radiochemistry
6%
Density Distribution
6%
Nuclear Fuel Cycle
6%
Thermosiphons
6%
Time Measurement
6%
Tritium
6%
Neutronics
6%
Lead Isotope
6%
Half-Life
6%
Reaction Yield
6%
Americium
6%
Particle Beam
6%
Engineering
Thermal Load
15%
Deuteron
13%
Cross Section
13%
Deep Hole
13%
Radiation Effect
10%
Superconducting Coil
10%
Cooling Scheme
10%
Power Density
10%
Peak Power
10%
Peak Temperature
10%
Proton Energy
9%
Joints (Structural Components)
8%
Neutron Spectra
6%
Magnetic Field
6%
Magnetic Couplings
6%
Atomistic Simulation
6%
Model Uncertainty
6%
Energy Production
6%
Upper Limit
6%
Related Application
6%
Application Code
6%
Tritium
6%
Bubble Shape
6%
Ray Spectrometry
6%
Experimental Result
6%
Beam Axis
6%
Thermal Neutron
6%
Cavity
6%
Excited State
6%
Conveyor
6%
Gamma Ray
6%
Incineration
6%
Arts and Humanities
Authors
28%
Epistemic
14%
1970s
10%
Experimental
9%
Experimenter
6%
Epistemic injustice
6%
Linguistics
6%
Methodological Problem
6%
Philosophical Problem
6%
Transcendental subject
6%
Rochester
6%
Network Analysis
6%
Nonhuman
6%
Actor-network
6%
Scientists
5%
Division
5%
