Keyphrases
Burnup
100%
Reactor
98%
Missouri
89%
Fuel Element
68%
Operating Voltage
60%
Pulse Shaping
45%
Detector Dead Time
45%
Beam Ports
45%
Fast Neutrons
45%
Spent Fuel
42%
Applied Voltage
37%
Dead Time Model
34%
Value of Time
33%
GM Detection
30%
GM Counter
30%
Time Measurement
30%
Fresh Fuel
29%
Fast Neutron Spectrum
28%
Voltage Dependence
28%
Delayed Neutrons
28%
Monte Carlo N-Particle Transport Code
27%
Reactor Fuel
27%
Attenuation Law
27%
Cesium-137 (137Cs)
24%
Nuclear Fuel Element
22%
Shell Model Calculations
22%
Low-lying States
22%
Neutron Reflector
22%
Radiation Detectors
22%
Pulse Shape Analysis
22%
Pulse Width
22%
Reduced Model
22%
Energy Spectrum
22%
Model Space
22%
Burnable Absorber
22%
VVER-1200
22%
Pressurized Water Reactor Fuel Assembly
22%
Neutronic Parameters
22%
Gamma-ray Detectors
22%
3He Detector
22%
Neutron Flux Characterization
22%
TRIGA
22%
Low Voltage
22%
Detection System
22%
Determination Method
22%
Plutonium Content
22%
Uranium Content
22%
Irradiated nuclear Fuel
22%
Neutron Probe
22%
Burnup Analysis
22%
Engineering
Dead Time
68%
Fast Neutron
68%
Reactor Technology
61%
Fuel Element
59%
Operating Voltage
54%
Burnup
50%
Pulse Shape
45%
Port Beam
45%
Spent Fuels
37%
Applied Voltage
34%
Neutron Spectra
27%
Delayed Neutron
27%
Neutron Flux
26%
Nuclear Reactor
24%
Gamma Ray
22%
Radiation Detector
22%
Nuclear Fuel Element
22%
Shape Analysis
22%
Operating Temperature
22%
Fuel Assembly
22%
Pressurized Water Reactor
22%
Neutronics
22%
Pulse Duration
16%
Plateau Region
15%
Rod
13%
Fall Time
12%
Experimental Result
12%
Neutron Beam
11%
Spatial Distribution
11%
Scintillator
8%
Fuel Reactor
8%
Neutron Emission
8%
Feasibility Study
8%
Rise Time
7%
Inlet Port
7%
Temperature Dependence
7%
Collected Data
5%
Microsecond
5%
