Characterisation of mechanical and thermal properties of tungsten for high power spallation target applications

Engineering

• Radiation Effect 100%
• Mechanical Properties 80%
• Temperature 80%
• Elements 40%
• Target Material 40%
• Beam Power 40%
• High Energy 20%
• Mechanical Loading 20%
• Zeros 20%
• Induced Change 20%
• Gas Fuel Manufacture 20%
• Normal Operation 20%
• Microstructure 20%
• Ultimate Tensile Strength 20%
• Pulse Duration 20%
• Mechanical Stress 20%
• Gas Flow 20%
• Stainless Steel 20%
• Neutron Source 20%
• Moderate Temperature 20%
• High Intensity 20%
• Embrittlement 20%
• Fatigue Property 20%
• Optimal Design 20%
• Repetition Rate 20%
• Test Temperature 20%
• Cyclic Loads 20%
• Target Gas 20%
• Temperature Rise 20%
• Durables 20%
• Temperature Limit 20%

Material Science

• Characterization 100%
• Thermal Property 100%
• Tungsten 100%
• Temperature 33%
• Diffusivity 12%
• Helium 12%
• Oxidation Reaction 8%
• Hardness 8%
• Gas 4%
• Solid 4%
• Microstructure 4%
• Coolant 4%
• Protective Atmosphere 4%
• Plasticity 4%
• Impurity 4%
• Water Vapor 4%
• Ductility 4%
• Wheel 4%
• Stainless Steel 4%
• Nuclear Reactor--Moderator 4%