Improved Visualization of Polymer Foams using Talbot-Lau Grating Interferometry to Reduce Metal Artifacts

Keyphrases

• Talbot-Lau Interferometry 100%
• Microstructure 100%
• Differential Phase Contrast 100%
• Metal Artifacts 100%
• Polymer Foam 100%
• Absorption Contrast 66%
• Screw 66%
• Artificial Bone 66%
• Streak Artifacts 66%
• Image Quality 66%
• Bone-implant Interface 66%
• Image Segmentation 33%
• Human Bone 33%
• Osseointegration 33%
• Microcomputed Tomography 33%
• Dark-field Contrast 33%
• Ceramic Implant 33%
• Image Data 33%
• Multimodal Images 33%
• Preclinical Imaging 33%
• Filler Material 33%
• Extracting Information 33%
• Screw Surface 33%
• Polymeric Foam 33%
• Trabecular Bone 33%
• Diagnostic Value 33%
• Metal Components 33%
• Volume Rendering 33%
• Foam Structure 33%
• Image Artifacts 33%
• Metallic Object 33%
• Differential Phase Contrast Imaging 33%
• Trauma Surgery 33%
• Image Volume 33%
• Innovative Materials 33%
• Thread Diameter 33%
• Bone Tissue Regeneration 33%
• Synthetic Foam 33%
• Metallic Implants 33%
• Diameter Two 33%
• Mineralized Tissue 33%
• Surgical Screws 33%
• Orthopedic Screw 33%
• Bone Fixation 33%
• Maxillofacial Surgery 33%
• Orthopedic Surgery 33%
• Trauma Orthopedics 33%
• Beam Hardening Effect 33%
• Ingrowth 33%
• Implant Screw 33%
• Titanium Screw 33%
• Screw Thread 33%
• Trabecular Structure 33%
• Multi-component Applications 33%

Engineering

• Phase Contrast 100%
• Interferometry 100%
• Differential Phase 100%
• Bone Implant 50%
• Implant Interface 50%
• Implant 25%
• Image Data 25%
• Filler Material 25%
• Polymeric Foam 25%
• Component Metal 25%
• Volume Rendering 25%
• Hardening Effect 25%
• Screw Threads 25%
• Metallic Implant 25%
• Application Component 25%

Material Science

• Interferometer 100%
• Tomography 50%
• Titanium 50%