Influence of temperature, doping, and amorphization on the electronic structure and magnetic damping of iron

Keyphrases

• Amorphization 100%
• Atomic Disorder 50%
• Atomic Geometry 100%
• B-doping 50%
• Body-centered Cubic Iron 50%
• Boron 50%
• Boron Doping 50%
• Density Functional Calculations 50%
• Density of States 50%
• Density of States at the Fermi Level 50%
• Doping Level 50%
• Electron-magnon Scattering 50%
• Electronic Density of States 50%
• Electronic Structure 100%
• Electronic Transitions 50%
• External Magnetic Field 50%
• Fermi Level 50%
• Ferromagnetic Materials 50%
• Finite Lattice 50%
• First-principles Density Functional Theory 50%
• Intraband 50%
• Intrinsic Damping 50%
• Lattice Temperature 50%
• Low Scattering 50%
• Magnetic Damping 100%
• Magnetization 50%
• Magnonics 50%
• Material Growth 50%
• Optimal Doping 50%
• Quantum Information Processing 50%
• Quantum System 50%
• Spin-orbit Coupling 50%
• Structural Damping 100%
• Temperature Effect 100%
• β-structure 50%

Physics

• Density Functional Theory 50%
• Density of States 100%
• Ferromagnetic Material 50%
• First Principle 50%
• Iron 100%
• Magnetic Damping 100%
• Magnetic Field 50%
• Quantum Information Processing 50%
• Spin-Orbit Interaction 50%

Material Science

• Amorphization 100%
• Boron 66%
• Density 100%
• Ferromagnetic Material 33%
• Growth (Materials) 33%