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Keyword [Wetting Behavior]
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1. Study On The Wetting Behavior Of The Superhydrophobic Surface With Micro-and Nano-Structures
2. Effect Of Electric Current On The Wetting And Interfacial Reaction Between Liquid And Solid Metal
3. Wetting Behavior Of Sn-9Zn Solder On Intermetallic Compounds Layer
4. Research On Bonding Mechanism Of Al/B4C-Al/Al Laminated Metal-cermet Composite
5. The Relationships Between Viscoelasticity Of Polymer Films And The Stick-slip Behavior Of Liquid Droplet On Their Surfaces
6. Effect Of Interfacial Interactions On The Glass Transition Of Ultrathin PS Films Investigated By Dynamic Wetting Behaviour Of Droplets
7. Molecular Dynamic Simulation Of Wetting Behavior On Nanofiber-structured Surface And POSS-based Material
8. Fabrication, Structure And Properties Of Amorphous Metallic Coatings
9. Statistical Mechanics Theories Study On The Wetting Behavior Of Fluorinated Polymer And Fluorinated Poss/Polymer
10. Effect Of Electric Current On The Wetting Behavior And Interfacial Characteristics Between Liquid And Solid Metal Systems
11. The Influence Of Substrate On The Formation Of Surface Structure Of Polymer Film And Its Property
12. Spreading And Wetting Behavior And Interface Bonding Of Sn On Al Under Ultrasound
13. Wetting Behaviour Of Ti-based Amorphous Alloy Melt And Ti Alloy
14. Wetting Behavior And Interfacial Reaction Of Lead Free Solders On Fe-Si-B Amorphous Alloy
15. Wetting Behavior Of Alcohol Molecules On SiO2 Surface Studied By Molecular Dynamics Simulations
16. Study On The Sol-gel Phase Transition And Wetting Behavior Of Azobenzene Hydroxypropyl Cellulose
17. Effect Study Of Mn-Si On Mechanical Property And Wetting Behavior Of 340MPa Hot-dip Galvanizing Steel Sheet
18. Wetting Behavior And Interfacial Structures Of Molten Al 6061 And 4043 Alloys On The Surfaces Of Different Metals
19. Wetting Behavior And Interfacial Structure Of Molten Sn On Al-steel Multilayered Composite Plates
20. Design And Wettting And Optical Trapping Properties Of Cicada Wing-inspired Nanostructured Surfaces Prepared By Microinjection Compression Molding
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