Tribocorrosion - Globe Thesis

Keyword [Tribocorrosion] Result: 21 - 40 \| Page: 2 of 3
21.	The Tribocorrosion Performance Of B And W Doped DLC Coating
22.	Effect Of Surface Bi-modal Microstructure On Tribocorrosion Resistance Of 304 Stainless Steel
23.	Preparation Of Modified Aluminum Silicon-siloxane Composite Sealing Layer And Study On Its Wear And Corrosion Resistance
24.	Tribocorrosion Behavior Study Of Micro-arc Oxidation Coatings On Ti6Al4V Alloys
25.	Preparation And Properties Of Hard Protective Coatings In Seawater Environment
26.	Tribocorrosion Behavior And Mechanism Of A Ti-based Bulk Metallic Glass For Biomedical Application
27.	Tribocorrosion Performance Of 304 Stainless Steel In Simulated Oral Environment
28.	Development of Carbon Fiber Reinforced Stellite Alloy Based Composites for Tribocorrosion Applications
29.	Study Of Tribocorrosion Of Three Differenet Corrosion Reisistance Materials Under Deep-Sea High Pressure
30.	Effect Of Carbon Nanotubes On Tribological Properties Of Micro-arc Oxidation Ceramic Film On TC4 Titanium Alloy
31.	The Tribocorrosion Behavior In Simulated Biological Environment And Cell Compatibility Of CoCrMo-Cu Alloys
32.	Study On Pitting Behavior Of 316L Austenitic Stainless Steel During Tribocorrosion
33.	Corrosion Behavior Of 17-4PH Martensitic Stainless Steel Under Hydrostatic Pressure And Tribocorrosion
34.	Study On Surface Strengthening And Tribocorrosion Behavior Of Biomedical Pure Titanium
35.	The Research On Tribocorrosion Properties Of CrN/CrAl(Si)N Multilayer Coating In Seawater
36.	Electrochemical And Tribocorrosion Performances Of Super Austenitic Stainless Steel In Artificial Seawater
37.	Tribocorrosion Behavior Of Atmospheric Plasma Sprayed YSZ Coating In NaCl Solution
38.	Study On Dry Friction And Tribology-corrosion Properties In Simulated Body Fluid Of DLC Films Deposited On Titanium Alloy Surfaces
39.	Research On The Tribocorrosion Characteristics Of Water-lubricated Friction Pairs Under Large Depth Condictions
40.	The Mechanical Properties And Tribocorrosion Behavior Of Nano-TiN Gradient Films With High Strength And Toughness
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