Possibility to realize spin-orbit-induced correlated physics in iridium fluorides

Химические соединения

• Crystal structure 9%
• Electronic structure 11%
• Fluorides 77%
• Ground state 12%
• Iridium 100%
• Magnetization 10%
• Orbits 63%
• Oxides 12%
• Physics 60%
• Scattering 9%
• Superconductivity 13%
• X rays 16%

Физика и астрономия

Aerospace Sciences

1. orbits 52%

Chemistry and Materials

1. fluorides 68%
2. iridium 79%
3. oxides 7%

Engineering

1. high resolution 7%
2. inelastic scattering 10%
3. superconductivity 10%
4. x ray scattering 13%
5. x rays 5%

General

1. crystal structure 7%
2. deviation 8%
3. electronic structure 8%
4. electronics 6%
5. predictions 6%
6. proximity 11%

Physics

1. diffraction 6%
2. ground state 7%
3. physics 47%

Технические дисциплины и материаловедение

• Crystal structure 9%
• Electronic structure 11%
• Ground state 12%
• Iridium 86%
• Magnetization 10%
• Orbits 63%
• Oxides 7%
• Physics 60%
• Scattering 9%
• Superconductivity 13%
• X rays 16%