Study of Ti-Si in Situ Composite processing by Multi-Stage Eutectic Solidification

Engineering & Materials Science

• Optical microscopy 98%
• Eutectics 95%
• Phase transitions 94%
• Solidification 88%
• Metastable phases 73%
• Phase stability 65%
• Microanalysis 63%
• Phase diagrams 58%
• Composite materials 52%
• Thermoanalysis 47%
• Titanium 43%
• X rays 41%
• Casting 38%
• Scanning electron microscopy 35%

Physics & Astronomy

• eutectics 87%
• solidification 83%
• phase transformations 80%
• optimization 59%
• composite materials 55%
• microanalysis 48%
• thermal analysis 43%
• manufacturing 37%
• titanium 37%
• diagrams 35%
• phase diagrams 35%
• microscopy 31%
• scanning electron microscopy 29%
• x rays 20%

Chemical Compounds

• Solidification 100%
• Eutectics 92%
• Alloy 63%
• Metastable Phase 58%
• Phase Stability 55%
• Composite Material 45%
• Phase Diagrams 41%
• Casting 40%
• Optical Microscopy 40%
• Thermoanalysis 38%
• Scanning Electron Microscopy 27%
• Application 14%