A sequential least-squares algorithm for neutron spectrum unfolding from pulse-height distributions measured with liquid scintillators

Keyphrases

• Pulse Height Distribution 100%
• Liquid Scintillator 100%
• Least Square Algorithm 100%
• Sequential Least Squares 100%
• Scintillator 33%
• System of Linear Equations 33%
• Energy Spectrum 33%
• Light Output 33%
• Unfolding Method 33%
• Monte Carlo Code 33%
• Least Square Method 33%
• Liquid Scintillator Detector 33%
• Neutron Source 33%
• Neutron Energy Spectrum 33%
• Monte Carlo Simulation 33%
• Normal Equations 33%
• Computational Efficiency 33%
• 252Cf Source 33%
• Energy Deposition 33%
• Accurate Simulation 33%
• Least Squares 33%
• Neutron Pulse Shapes 33%
• Detector Response 33%
• Mcnp 33%
• Solution Technique 33%
• Fissile Materials 33%
• Least Squares Solution 33%
• Robustness to Noise 33%
• Neutron Energy 33%
• Krylov Subspace Methods 33%

Engineering

• Scintillator 100%
• Least Square 100%
• Height Distribution 100%
• Pulse Height 100%
• Neutron Spectra 100%
• Energy Spectra 50%
• Neutron Energy 50%
• Solution Method 25%
• Normal Equation 25%
• Computational Efficiency 25%
• Neutron Source 25%
• Solution Technique 25%
• Accurate Simulation 25%
• Light Output 25%
• Linear Equation 25%
• Square Method 25%