Modelling of JET and ITER reactor relevant plasma neutron source for neutronics calculation chain: Dissertation

Keyphrases

• Reactor 100%
• Neutronic Calculations 100%
• Plasma Neutron Source 100%
• Neutron 66%
• Plasma Physics 66%
• Neutronics 33%
• Thermal-hydraulics 33%
• Current Density 33%
• Plasma Current 33%
• ASCOT 33%
• Heat Transfer 33%
• Plasma Parameters 33%
• Reactor Analysis 33%
• Fusion Product 33%
• Neutron Source 33%
• CAD Model 33%
• JET Tokamak 33%
• Material Activation 33%
• Material Effect 33%
• Plasma Confinement 33%
• Thermohydraulic Calculation 33%
• Activation Reaction 33%
• Strongly Connected 33%
• Dose Rate Measurement 33%
• Bootstrap Current 33%
• Heat Transfer Effect 33%
• Induced Response 33%
• Advanced Tokamak Scenarios 33%
• Current Diffusion 33%
• Serpent Code 33%
• Diffusion Simulation 33%
• Predictive Current 33%
• Neutron Spectrum 33%
• Rate Spectra 33%
• Plasma Experiments 33%

INIS

• chains 100%
• plasma 100%
• modeling 100%
• reactors 100%
• iter tokamak 100%
• jets 100%
• neutron sources 100%
• simulation 18%
• data 18%
• fuels 18%
• coupling 18%
• heat 18%
• heat transfer 18%
• neutrons 18%
• thermohydraulics 18%
• geometry 9%
• balances 9%
• physics 9%
• experimental data 9%
• data analysis 9%
• distribution 9%
• diffusion 9%
• particles 9%
• prediction 9%
• tokamak devices 9%
• current density 9%
• plasma currents 9%
• reactor physics 9%
• measured values 9%
• jet tokamak 9%
• neutron spectra 9%
• dose rates 9%
• plasma confinement 9%
• bootstrap current 9%

Physics

• Neutronics 100%
• Neutron Source 100%
• Blood Plasma 100%
• Tokamak Device 22%
• Plasma Physics 22%
• Thermohydraulics 22%
• Energetics 11%
• Plasma Current 11%
• Plasma Control 11%
• Computer Aided Design 11%