Band structure and thermodynamic properties of He atoms near a MgO surface

Physics & Astronomy

• Brillouin zones 67%
• adatoms 65%
• energy bands 59%
• eigenvalues 54%
• perturbation theory 53%
• thermodynamic properties 52%
• wave functions 50%
• specific heat 50%
• adsorption 49%
• heat 42%
• augmentation 39%
• matrices 35%
• predictions 34%
• atoms 32%
• energy 18%

Chemical Compounds

• Brillouin Zone 100%
• Effective Mass 90%
• Bound State 83%
• Wave Function 75%
• Perturbation Theory 74%
• Heat Capacity 65%
• Electronic Band Structure 64%
• Thermodynamic Property 56%
• Energy 30%
• Surface 20%

Engineering & Materials Science

• Band structure 89%
• Atoms 66%
• Thermodynamic properties 59%
• Wave functions 44%
• Electron energy levels 37%
• Specific heat 33%
• Adsorption 31%
• Hot Temperature 15%