Genesis and structural properties of (Ce_1–x M_x0.8Ni_0.2O _y (M = La, Mg) oxides

Chemical Compounds

• Oxides 100%
• Structural properties 92%
• Solid solutions 91%
• Mesoporous materials 64%
• Fluorspar 62%
• Polycrystals 59%
• Chemical analysis 53%
• Crystallites 53%
• Calcination 50%
• X ray powder diffraction 50%
• Electron microscopy 49%
• Raman spectroscopy 47%
• Cations 46%
• Energy dispersive spectroscopy 46%
• Nitrogen 42%
• Metals 40%
• Heat treatment 39%
• Adsorption 34%
• Defects 33%
• Catalysts 32%
• Air 27%
• Temperature 16%

Engineering & Materials Science

• Structural properties 92%
• Solid solutions 91%
• Mesoporous materials 64%
• Oxides 64%
• Fluorspar 62%
• Polycrystals 59%
• Chemical analysis 53%
• Crystallites 53%
• Calcination 50%
• X ray powder diffraction 50%
• Electron microscopy 49%
• Raman spectroscopy 47%
• Energy dispersive spectroscopy 46%
• Positive ions 40%
• Heat treatment 39%
• Nitrogen 36%
• Adsorption 34%
• Defects 33%
• Catalysts 32%
• Air 27%
• Metals 27%
• Temperature 16%

Physics & Astronomy

Chemistry and Materials

1. solid solutions 85%
2. oxides 63%
3. fluorite 58%
4. nitrogen 34%
5. adsorption 32%
6. air 30%

Physics

1. metal particles 58%
2. cations 34%
3. diffraction 26%

General

1. polycrystals 56%
2. roasting 50%
3. crystallites 49%
4. electron microscopy 44%
5. catalysts 34%
6. defects 29%

Aerospace Sciences

1. Raman spectroscopy 41%

Engineering

1. x rays 21%