Ion Bombardment-Induced Nanoarchitectonics on Polyetheretherketone Surfaces for Enhanced Nanoporous Bioactive Implants

Keyphrases

• Nanoporous 100%
• Ion Bombardment 100%
• Biomedical Implants 100%
• Polyetheretherketone 100%
• Nanoarchitecture 100%
• High Fluence 40%
• Low Fluence 30%
• Contact Angle 20%
• Pore Size 10%
• Nanofabrication 10%
• Rough Surface 10%
• Biocompatibility 10%
• Alkaline Phosphatase 10%
• Surface Properties 10%
• High Affinity 10%
• High Cell Viability 10%
• Surface Chemistry 10%
• Surface Topography 10%
• Cell Behavior 10%
• Surface Hydrophobicity 10%
• Bone Tissue Engineering 10%
• Atomic Scale 10%
• Orthopedics 10%
• Superhydrophobic Surface 10%
• Two-dose 10%
• Biological Performance 10%
• Titanium Alloy 10%
• Nanopatterning 10%
• Physical Methods 10%
• Chemical Method 10%
• Superhydrophilic 10%
• Implant Materials 10%
• Biomaterial Surface 10%
• Biologically Inert 10%
• Bioactive Coating 10%
• Spine Fusion 10%
• Hydrophilic Substrate 10%
• Low-energy Ion Bombardment 10%

Engineering

• Ion Implantation 100%
• Polyetheretherketone 100%
• Implant 18%
• Modified Surface 9%
• Surface Topography 9%
• Bone Tissue Engineering 9%
• Hydrophilic Surface 9%
• Control Sample 9%
• Nanomanufacturing System 9%
• Biomaterial Surface 9%

Material Science

• Polyetheretherketone 100%
• Contact Angle 18%
• Rough Surface 9%
• Surface Property 9%
• Pore Size 9%
• Hydrophobicity 9%
• Biomaterial 9%
• Composite Material 9%
• Implant Material 9%
• Phosphatase 9%