LSDA+U study of cupric oxide: Electronic structure and native point defects

Engineering & Materials Science

• Antiferromagnetic materials 100%
• Magnetic moments 70%
• Point defects 69%
• Ground state 68%
• Carrier mobility 67%
• Electronic structure 67%
• Vacancies 61%
• Magnetic properties 55%
• Energy gap 51%
• Crystals 44%
• Semiconductor materials 40%
• Oxides 38%
• Silicon 35%
• Defects 31%

Chemical Compounds

• Antiferromagnetic Material 82%
• Effective Mass 63%
• Crystal Point Defect 58%
• Magnetic Moment 47%
• Magnetic Property 36%
• Ground State 35%
• Compound Mobility 34%
• Semiconductor 34%
• Band Gap 34%
• Monoclinic Space Group 33%
• Electronic State 33%
• Environment 25%
• Oxide 24%

Physics & Astronomy

• p-type semiconductors 58%
• carrier mobility 46%
• point defects 42%
• magnetic moments 37%
• electronic structure 33%
• magnetic properties 31%
• ground state 30%
• oxides 28%
• defects 25%
• silicon 24%
• crystals 22%