Mechanisms of local thermal stability in high temperature superconductors

Engineering & Materials Science

• High temperature superconductors 100%
• Thermodynamic stability 70%
• Superconducting materials 59%
• Ceramic superconductors 46%
• Thermodynamic properties 42%
• Nitrogen 41%
• Superconducting devices 38%
• Helium 25%
• Cryogenics 23%
• Coolants 21%
• Thermal conductivity 20%
• Heat transfer 15%
• Composite materials 13%

Physics & Astronomy

• high temperature superconductors 70%
• thermal stability 59%
• thermophysical properties 51%
• nitrogen 33%
• superconducting devices 31%
• coolants 25%
• cryogenics 21%
• strip 19%
• helium 17%
• thermal conductivity 17%
• heat transfer 17%
• ceramics 15%
• composite materials 13%

Chemical Compounds

• Superconductor 76%
• Thermal Stability 44%
• Thermodynamic Property 40%
• Coolant 30%
• Nitrogen 27%
• Cryogenics 24%
• Heat Transfer 24%
• Thermal Conductivity 21%
• Ceramic 17%
• Composite Material 11%