Study of laser crystallization and recording properties of oxygen doped Ge:Sb:Te films

Engineering & Materials Science

• Crystallization 51%
• Nucleation 38%
• Oxygen 38%
• Lasers 35%
• Crystalline materials 22%
• Laser pulses 13%
• Laser recording 10%
• Isothermal annealing 8%
• Metastable phases 8%
• Phase transitions 5%
• X rays 4%
• Heat treatment 4%
• Chemical analysis 3%

Chemistry

• Laser Crystallization 100%
• Nucleation 30%
• Dioxygen 22%
• Liquid Film 22%
• Time 11%
• Crystallization 10%
• Metastable Phase 6%
• Crystallization Behavior 5%
• Reflection 4%
• Annealing 4%
• Amorphous Material 3%
• X-Ray 3%
• Amount 2%

Physics & Astronomy

• recording 37%
• crystallization 36%
• oxygen 28%
• nucleation 27%
• lasers 20%
• laser materials 6%
• phase transformations 4%
• pulse duration 4%
• annealing 3%
• pulses 2%
• x rays 2%