Ultrasonic attenuation in an orthorhombic anisotropic superconductor

Engineering & Materials Science

• Superconducting materials 100%
• Fermi surface 85%
• Anisotropy 79%
• Fermi level 65%
• Ultrasonics 65%
• Acoustic waves 60%
• Electronic structure 56%
• Band structure 53%
• Momentum 34%

Chemical Compounds

• Superconductor 85%
• Band Anisotropy 81%
• Anisotropy 71%
• Effective Mass 53%
• Momentum 50%
• Electronic Band Structure 38%
• Velocity 31%
• Band Gap 28%
• Electronic State 28%
• Energy 18%
• Surface 12%

Physics & Astronomy

• attenuation 58%
• ultrasonics 57%
• anisotropy 24%
• acoustics 21%
• Fermi surfaces 18%
• electronic structure 14%
• momentum 13%
• energy 5%