Quench and normal zone propagation characteristics of rhqt-processed nb₃al wires under cryocooler-cooling conditions

Physics & Astronomy

• propagation velocity 98%
• wire 85%
• cooling 77%
• propagation 67%
• critical current 52%
• specific heat 44%
• current density 40%
• energy 33%
• quenching 23%
• magnets 23%
• thermal conductivity 22%
• electrical resistivity 18%
• heating 18%
• composite materials 17%
• temperature 16%
• matrices 15%
• configurations 15%
• magnetic fields 14%

Engineering & Materials Science

• Superconducting materials 100%
• Wire 85%
• Specific heat 80%
• Cooling 79%
• Critical currents 54%
• Quenching 39%
• Magnets 38%
• Current density 36%
• Thermal conductivity 34%
• Magnetic fields 33%
• Temperature 30%
• Heating 27%
• Composite materials 22%

Chemical Compounds

• Velocity 95%
• Superconductor 85%
• Current Density 56%
• Energy 54%
• Calorific Value 40%
• Heat Capacity 38%
• Thermal Conductivity 36%
• Magnetic Field 35%
• Heat 28%
• Chemical Transformation 24%
• Composite Material 19%