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Keyword [superhydrophilic]
Result: 21 - 40 | Page: 2 of 10
21. An In Siu Polymerization Approach For The Synthesis Of Superhydrophobic And Superoleophilic Nanofibrous Memberanes For Oil-Water Separation
22. Synthesis Of Mesoporous Sulphonated Melamine Formaldehyde Resins And Its Catalytic Property Study
23. Controllable Wettability Of PMIA Nanofibrous Membrane For Oil/Water Separation
24. Research On Fabrication And Tailoring Of Hydrophilic/Hydrophobic Surface On Pure Ti Substrate
25. Study On Preparation And Performance Of The Hybrid Nanofiltration Membrane With Titanium Dioxide And Polyelectrolyte
26. The Wettability Properties Of Oxygen-deficient TiO2 Nanotube Array Films
27. Research On Droplet Spreading And Flow Boiling Characteristics Of Micro-nano Structured Surface On Copper Substrate
28. Preparation And Study Of Superwetting Oil-water Separation Materials
29. Research On Wettability Of Material Surfaces And Its Application In Separation And Analysis
30. Preparation And Application Of Underoil Superhydrophilic Materials
31. Fabrication Of Copper Superhydrophilic Composite Wick And Its Wettability And Capillary Performance Study
32. Research Of Controllable Multi-jets Needle-disk Electrospinning And Its Application In Oil-water Separation
33. Preparation Of Superhydrophobic And Superhydrophilic Membranes And Study Of Fouling And Wetting In Md Process
34. Fabrication Of Special Wettable Fabric With Weft Backed Weave For Oil/Water Separation
35. Fabrication Of Superhydrophilic And Underwater Superoleophobic Surface And Its Research Of Oil/Water Separation
36. Fabrication Of Porous Alumina Ceramic With Special Wettability And Their Applications In Oil/water Seperation
37. Fabrication And Regulation Mechanism Of The Metallic Superhydrophobic Surface With Controllable Wettability
38. Superhydrophilic And Underwater Superoleophobic Chitosan/silica Coated Membrane For Oily Wastewater Treatment
39. Synthesis And Surface Wettability Of TiO2/CuO Nanocomposites
40. Nanoscale Engineering And Functionalization Of Polymer Thin Films Using Vapor-based Approach
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