Modification of flux pinning properties of RE-Ba-Cu-O superconductor by fast-neutron and heavy-ion irradiation

Engineering & Materials Science

• Flux pinning 100%
• Ion bombardment 86%
• Heavy ions 77%
• Magnetic relaxation 74%
• Superconducting materials 71%
• Neutrons 59%
• Defects 37%
• Defect structures 28%
• SQUIDs 27%
• Neutron irradiation 26%
• Critical currents 25%
• Defect density 25%
• Magnetometers 22%
• Magnetization 21%
• Single crystals 20%
• Radiation 14%
• Experiments 6%

Physics & Astronomy

• flux pinning 66%
• fast neutrons 57%
• ion irradiation 56%
• heavy ions 47%
• magnetic relaxation 32%
• defects 30%
• neutron irradiation 14%
• magnetometers 13%
• critical current 12%
• cascades 11%
• magnetization 8%
• single crystals 8%
• augmentation 8%
• radiation 7%

Chemical Compounds

• Heavy Ion 75%
• Magnetic Relaxation 69%
• Superconductor 61%
• Crystal Defect 31%
• Modification 30%
• Magnetization 25%
• Single Crystalline Solid 19%