Evaluation of the performance of TiO₂ thin films doped with silver nanoparticles as a protective coating for metal prostheses

Ingeniería y ciencia de los materiales

• Silver nanoparticles 100%
• Protective coatings 85%
• Biocompatibility 84%
• Prosthetics 75%
• Thin films 65%
• Prostheses and Implants 53%
• Corrosion 52%
• Coatings 51%
• Metals 44%
• Aspergillus 36%
• Osteoblasts 34%
• Sol-gel process 31%
• Body fluids 30%
• Mechanical stability 30%
• Dental prostheses 30%
• Orthopedics 28%
• Corrosion rate 24%
• Microscopic examination 24%
• Electrolytes 22%
• Bone 22%
• Corrosion resistance 21%
• Polarization 20%
• Stainless steel 20%
• Tissue 19%
• Scanning electron microscopy 18%
• Defects 15%
• Steel 13%
• Costs 8%

Física y astronomía

• protective coatings 84%
• biocompatibility 62%
• corrosion 62%
• silver 56%
• nanoparticles 46%
• evaluation 43%
• thin films 35%
• metals 35%
• coatings 34%
• performance 30%
• Aspergillus 27%
• osteoblasts 24%
• orthopedics 23%
• body fluids 23%
• sol-gel processes 20%
• linear polarization 18%
• corrosion resistance 17%
• compatibility 17%
• bones 16%
• stainless steels 15%
• electrolytes 14%
• steels 12%
• synthesis 12%
• scanning electron microscopy 11%
• defects 9%
• cells 9%

Química

• Silver Nanoparticle 62%
• Protective 57%
• Corrosion 49%
• Coating Agent 41%
• Metal 31%
• Biocompatible Material 30%
• Antifungal 17%
• Implant 17%
• Liquid Film 16%
• Corrosion Resistance 15%
• Antibacterial 14%
• Sol Gel Process 13%
• Polarization 12%
• Alloy 12%
• Resistance 10%
• pH Value 7%
• Surface 5%