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Keyword [Physical Vapor Deposition]
Result: 21 - 40 | Page: 2 of 6
21. Research On Optical Fiber Relative-humidity Sensor Based On Fabry-perot Interferometer And Multilayer Porous Films
22. Research On Layered Structure Adjustment Of YSZ Thermal Barrier Coatings And Its Influence On The Thermal Conductivity And Lifetime
23. Micro/Nanoscale Mg And Al: Preparation And Application In Primary Batteries
24. Charge Transport And Recombination In Solid State Dye-sensitized Solar Cells
25. Synthesis, Electroanalysis, And Catalysis Application Of Graphene Based Nano-biomaterials Modified Electrode And Monolayer MoS2（1-x）Se2x Alloy
26. Microstructure And Thermal Emissive Property Study On La-CeO2Coatings Prepared By EB-PVD
27. Study On Performance Of Ultra-fine Co-based Series Cemented Carbide Coating
28. Investigation Of Deposition Processes And Cutting Properties Of (Ti,Al,Cr)N-coated HSS Cutting Tools
29. The Preparation And Properties Of Bismuth Selenide Thin Films And Alloy Structures By Physical Vapor Deposition
30. Research On Induction Brazing Of Diamond With Crystal And Amorphous Ni-Based Brazing Alloy
31. Study On Preparation Technology And Protective Properties Of Protective Coating On Sintered NdFeB Surface
32. Effects Of High Magnetic Fields On Microstructure Evolution And Magnetic Properties Of Physical Vapor Deposited Fe-Ni Nanocrystalline Films
33. Growth And Physical Properties Of Layered Chalcogenide Thin Films,Heterostructures,and Quantum Structures
34. Preparation And Electrochemical Property Of Nanostructured Magnesium
35. Mechanism And Tribological Behavior Of Doped Diamond-like Carbon Films
36. Deposition Mechanism And Spatial Deposition Characteristic Of 7YSZ Coating Prepared By PS-PVD
37. The Study On The Preparation And Application Of New Type PVD Cr Doped DLC Composite Film
38. Study On Preparation And Properties Of Nano-micro Coating With High Silicon
39. Fabrication Of Super-hydrophobic Surface On Q235 Metal And Aluminium Substrate And Their Anti-corrosion Properties
40. Tribological Properties Of CrN And AlCrN Thin Films Deposited By Physical Vapor Deposition
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