Layer dissolution in accumulative roll bonded bulk Zr/Nb multilayers under heavy-ion irradiation

Keyphrases

• Heavy Ion Irradiation 100%
• Chemical Mixing 100%
• Ti-Nb-Zr 100%
• Layer Thickness 50%
• Maximum Tolerated Dose 50%
• Zirconia 50%
• High Dose 50%
• Phase Separation 50%
• Electron Energy 50%
• Interdiffusion 50%
• Irradiation 50%
• Transmission Electron Microscopy 50%
• Liquid Phase 50%
• Defocus 50%
• Damage Degree 50%
• Energy Dispersive X-ray Spectroscopy 50%
• Ion Beam 50%
• Niobium 50%
• Bonding Process 50%
• Layer Instability 50%
• Radiation Condition 50%
• Thermal Spike 50%
• Irradiation Temperature 50%
• Microstructural Damage 50%
• Phase Miscibility 50%
• Mixed Regions 50%
• Individual Layer Thickness 50%
• Accumulative Roll Bonding 50%
• Heat of Mixing 50%
• Irradiation Behavior 50%
• Bilayer Period 50%
• Dose Level 50%
• Multilayered Composites 50%

Engineering

• Layer Thickness 100%
• Accumulative Roll 100%
• Mols 50%
• Subsurface 50%
• Individual Layer 50%
• Roll Bonding 50%
• Irradiated Surface 50%
• Dose Level 50%
• Liquid Phase 50%
• Phase Separation 50%
• Interdiffusion 50%

Material Science

• Surface (Surface Science) 100%
• Ion Bombardment 100%
• Zirconium 50%
• Transmission Electron Microscopy 50%
• Composite Material 50%
• Niobium 50%
• Heat of Mixing 50%