Engineering
Collimator
81%
Neutron Source
57%
Fuel Assembly
54%
Nuclear Fuel
47%
Quantitative Evaluation
34%
Nuclear Reactor
32%
Beam Power
27%
Choppers (Circuits)
27%
Energy Spectra
27%
Advanced Manufacturing
27%
Laplacian Pyramid
27%
X-Ray Radiography
27%
Total Variation
27%
Multiscale
27%
Image Processing
27%
Reflectance
27%
Phase Composition
19%
Flow Rate
18%
Flow Velocity
18%
Frame Rate
13%
Energy Storage
13%
Hysteresis Loop
13%
Sample Surface
13%
Probe Beam
13%
Momentum Transfer
13%
Noise Enhancement
13%
Broadening
13%
Angular Range
13%
Time-of-Flight
13%
Incident Energy
13%
Realization
13%
Real Space
13%
Reciprocal Space
13%
Residual Image
13%
High Resolution
13%
Plate Sample
13%
Subjective Evaluation
13%
Research Need
13%
Intensity Value
13%
Exposure Condition
13%
Failure Mode
13%
Histogram
13%
Processing Technique
13%
Final Image
13%
Experimental Result
13%
Spatial Distribution
13%
Hot Spot
13%
Data Collection
13%
Point Spread Function
13%
Projection Data
12%
Physics
Neutron Source
100%
Spallation
100%
Phonon Density of State
81%
Monte Carlo
54%
Spectrometer
54%
Neutron Scattering
45%
Fast Neutron
27%
Energy Spectra
27%
Neutron Spectrometer
27%
Reflectometer
27%
Flow Velocity
27%
Image Processing
27%
X Ray
27%
Nuclear Reactor
20%
Scattering Cross Section
18%
Thermal Neutron
18%
Proton Beams
18%
Phonon
18%
Inelastic Neutron Scattering
15%
Room Temperature
15%
First Principle
15%
Noise Reduction
13%
Magnetism
13%
Inelastic Scattering
9%
Neutron Beam
9%
Anisotropic Medium
9%
Pulse Repetition Rate
9%
Flux (Rate)
9%
Reflectance
9%
Lattice Vibration
9%
Nuclear Fuel
6%
High Resolution
6%
Failure Mode
6%
Spatial Distribution
6%
Radiation Effect
6%
Carbon Nanostructure
6%
Neutron Irradiation
6%