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Keyphrases
Nuclear Fuel
100%
Spectrometry
100%
Collimator
100%
Gamma Transmission
100%
Rectangular Collimator
100%
Instrument Design
22%
Count Rate
22%
Optical Field
22%
Gamma Emission Tomography
22%
Numerical Methods
11%
Reactor
11%
Order of Magnitude
11%
Present Challenges
11%
Predictive Models
11%
Monte Carlo Radiation Transport
11%
Fuel Rod
11%
Cooling Time
11%
Monte Carlo Code
11%
MCNP6
11%
Prediction Accuracy
11%
Computation Time
11%
Parametric Model
11%
Optimization Routine
11%
Time Requirement
11%
Non-destructive
11%
Region of Interest
11%
Irradiated nuclear Fuel
11%
Gamma Spectrometry
11%
Analytical Method
11%
Gamma Scanning
11%
Low Efficiency
11%
Halden
11%
Observed Agreement
11%
Closed-form Expression
11%
Full Energy Peak
11%
Numerical Integration Method
11%
Spectrum Prediction
11%
Measurement Planning
11%
Instrument Measurement
11%
Iterative Optimization
11%
Analytical Integration
11%
Gamma Transport
11%
Measurement Campaign
11%
Gamma-Gamma
11%
Source Distance
11%
Gamma-ray Spectrum
11%
Planar Surfaces
11%
Primitive Function
11%
View-specific
11%
Surface Sources
11%
Gray Intensity
11%
Design Planning
11%
Engineering
Nuclear Fuel
100%
Gamma Ray
100%
Collimator
100%
Optical Field
18%
Numerical Method
9%
Numerical Integration
9%
Fuel Rod
9%
Cooling Time
9%
Accurate Prediction
9%
Computation Time
9%
Peak Intensity
9%
Region of Interest
9%
Integration Method
9%
Closed Form Expression
9%
Ray Spectrometry
9%
Ray Intensity
9%
Closed Form
9%
Length Dimension
9%
Surface Source
9%
Opposite Side
9%
Planar Surface
9%
Measurement Campaign
9%
Physics
Nuclear Fuel
100%
Gamma Radiation
100%
Collimator
100%
Monte Carlo
18%
Tomography
18%
Field of View
18%
Radiation Transport
9%
Gamma Ray Spectrometry
9%
Mathematical Method
9%
Numerical Integration
9%
Detectors
9%