Engineering
Scintillator
76%
Gamma Ray
42%
Tritium
35%
Shielding Material
23%
Nuclear Power Plant
23%
Measurement System
22%
Improvement Factor
17%
Water Technology
17%
Scatterer
17%
Laser Micromachining
17%
Gamma Radiation
17%
Deep Learning Method
17%
Flow Rate
17%
Flow Velocity
17%
Fast Neutron
17%
Detectable Concentration
17%
Performance Test
17%
Signal Intensity
17%
Elemental Composition
14%
Neutron Generator
14%
Ray Source
11%
Relative Error
11%
Hydrogen Gas
10%
Gating Time
10%
Cone Type
8%
Measurement Location
8%
Non-Destructive Testing
8%
Measurement Time
8%
Safe Level
8%
Experimental Result
8%
Hot Spot
8%
Neutron Source
7%
Pulse Length
7%
Measured Spectrum
5%
Sectional Shape
5%
Image Distortion
5%
Gas Channel
5%
Incident Photon
5%
Saint Gobain
5%
High Aspect Ratio
5%
Physics
Gamma Radiation
100%
Scintillation Counter
62%
Fast Neutron
37%
Phosphor
36%
Radioactive Isotope
24%
Nuclear Power Plant
23%
Radioactive Decay
21%
Radionuclide Spectrum
17%
Radioactive Waste
17%
Deep Learning Method
17%
Theoretical Model
17%
Vertical Distribution
17%
Radiation Distribution
17%
High Power Lasers
17%
Plasma Physics
17%
Ultrashort Pulse
17%
Gamma-Ray Sources
11%
Neutron Source
9%
Monte Carlo
8%
Nondestructive Test
5%
Time Measurement
5%
Deuterium
5%
Tritium
5%
