An optimal design method for high-field superconducting magnets with ferromagnetic shields

Physics & Astronomy

• high field magnets 96%
• superconducting magnets 75%
• simulated annealing 42%
• iron 36%
• coils 28%
• magnets 28%
• magnetization 22%
• homogeneity 16%
• shielding 15%
• estimating 15%
• optimization 11%
• magnetic fields 8%

Engineering & Materials Science

• Superconducting magnets 100%
• Iron 46%
• Magnetization 40%
• Magnets 35%
• Simulated annealing 34%
• Hybrid systems 33%
• Shielding 17%
• Magnetic fields 15%

Chemical Compounds

• Coil 66%
• Magnetization 64%
• Annealing 54%
• Magnetic Field 32%
• Homogeneity 30%
• Application 10%