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Keyword [Ti6Al4V]
Result: 1 - 20 | Page: 1 of 2
1. Preparation And Characteristics Of Biocoatings On Ti6Al4V By High Velocity Flame Spraying
2. Structural Modification And Kinetics For The Apatite Formation Of The Microarc Oxidized Biocoatings On Ti6Al4V
3. Study On Microstructure And Performances Of Magnesium Apatite Coatings
4. The Expression Of Type Ⅰ Collagen In The Interface Between The Ti6Al4V Alloy Disposed With Surface Oxidation Film And The Bone: An In Vivo Study
5. The Experiment Research Of Bone Formation Protein-2 Expression In The Interface Of Ti6Al4V Alloy Disposed With Surface Oxidation Membran
6. The Expression Of Platelet-derived Growth Factor In The Interface Between The Ti6Al4V Alloy Disposed With Surface Oxidative Film And The Bone: An In Vivo Study
7. Surface Modification Of Biomedical Metal Materials With Diamond Film
8. Surface Modification Of Ti6Al4V Biomaterial By Hybrid Plasma Ion Implantation
9. Microstructure And Bioloigical /Mechanical Properties Of Microarcal Ti6AL4V Alloy Coated By Microarc Oxidation
10. Preparation And Cytocompatibility Investigation Of A Fluorine-contained Polymer Thin Film On Ti6Al4V
11. Mechanism Investigation On Osteoblast Adhesion Affected By Ti6Al4V Biological Materials Surface Roughness
12. Mechanism Investigation On Osteoblast Adhesion Affected By Ti6al4v Biological Materials Surface Roughness
13. Study On Bioactivity Of Titanium Alloy And Hydroxyapatite Prepared By Biomimetic Growth Method
14. Design, Preparation And Animal Experiments Of PCL-TCP Cervical Fusion Cage
15. The Study On Biological Bone Ingrowth Of Ti6AL4V Coated With Controlled Released Recombinant Human Bone Morphogenetic Protein2Microspheres
16. Surface Modification Of Titanium Alloy And Perparation Of Biomimetic Bioactive Coating
17. The Biological Behaviour Of Gingival Fibroblasts On Different Titanium Alloy (Ti6Al4V) Surface Topographies
18. Study On The Fretting Corrosion Behaviors Of Contact Interface Between Materials Of Artificial Hip Joint
19. Effects Of Different Titanium Alloy (Ti6Al4V) Surface Topographies On The Biological Behavior Of Human Gingival Epithelia
20. Study On The Biomedical Applications Of Ti6Al4V Parts Fabricated By Selective Laser Melting
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