Conducting states caused by a surface electric dipole in CrN(001) very thin films

Engineering & Materials Science

• Thin films 95%
• Atoms 69%
• Structural relaxation 58%
• Fermi level 58%
• Core levels 53%
• Dipole moment 53%
• Electronic structure 49%

Physics & Astronomy

• electric dipoles 100%
• conduction 66%
• shift 60%
• thin films 51%
• atoms 33%
• dipole moments 30%
• electronic structure 25%
• dipoles 24%
• symmetry 19%

Chemical Compounds

• Dipole 99%
• Structural Relaxation 45%
• Core Level 40%
• Fermi Level 38%
• Antiferromagnetic 32%
• Surface 32%
• Dipole Moment 31%
• Cubic Space Group 27%
• Electronic State 24%
• Liquid Film 16%