Computational nano-materials design for high-T_C ferromagnetism in wide-gap magnetic semiconductors

Chemistry

• Semiconductor 100%
• TC 41%
• Procedure 33%
• Decomposition 25%
• Reaction Mechanism 16%
• Electronic State 8%
• Shape 8%
• Band Gap 8%
• Crystal Growth 8%
• Nanomaterial 8%
• Magnetism 8%
• Monte Carlo Method 8%
• First Principle 8%
• Exchange Interaction 8%
• Curie Temperature 8%
• Magnetic Impurity 8%
• Ising Model 8%
• Ferromagnetic 8%
• Paramagnetic 8%
• Density 8%
• Group 8%
• Simulation 8%
• Coherent Potential Approximation 8%

Physics

• Semiconductor 100%
• Ferromagnetism 33%
• Decomposition 25%
• Gaps 25%
• Approximation 16%
• Electronic Structure 8%
• Curie Temperature 8%
• Crystal Growth 8%
• Nanomaterial 8%
• Magnetism 8%
• Magnets 8%
• Monte Carlo Method 8%
• Broadband 8%
• Ising Model 8%
• Shapes 8%
• Simulation 8%
• Value 8%
• Calculation 8%
• Matrix 8%