Characterization of ultrafine SiC-Si₃N₄ composite powder after heat-treatment in Ar + N₂

Engineering & Materials Science

• Characterization (materials science) 100%
• Heat treatment 99%
• Specific surface area 98%
• Powders 92%
• Crystalline materials 79%
• Chemical analysis 74%
• Composite materials 66%
• Paramagnetic resonance 51%
• Partial pressure 45%
• X ray diffraction 37%
• Flow of gases 36%
• Electron microscopes 35%
• Particle size 35%
• Nitrogen 35%
• Silicon 29%
• Lasers 28%
• Heating 27%
• Defects 26%
• Gases 21%
• Hot Temperature 18%
• Temperature 15%

Physics & Astronomy

• heat treatment 92%
• composite materials 69%
• atmospheres 53%
• chemical analysis 44%
• partial pressure 36%
• gas flow 34%
• electron paramagnetic resonance 34%
• chemical composition 33%
• adjusting 30%
• vapor phases 30%
• electron microscopes 30%
• nitrogen 27%
• heat 25%
• heating 23%
• defects 21%
• silicon 20%
• diffraction 20%
• x rays 17%
• lasers 16%
• temperature 11%

Chemical Compounds

• Heat Treatment 96%
• Specific Surface Area 59%
• Composite Material 56%
• Surface Defect 45%
• Partial Pressure 36%
• Shape 24%
• Nitrogen 22%
• Electron Particle 20%
• Crystal Structure 18%
• Mixture 16%