tribological behavior - Globe Thesis

Keyword [tribological behavior] Result: 61 - 80 \| Page: 4 of 10
61.	Research On The Tribological Behaviors Of Polyamide6
62.	Tribological Behavior Of Plasma Sprayed MoS₂/Cu Composite Coating In Vacuum
63.	Research On Tribological Behavior Of Rubber Roller For Strip Steel Transportation In Tin Electroplating Line
64.	Preparation Of Water-soluble Lanthanum Fluoride And Lanthanum Fluoride Composite Nanoparticles And Investigation Of Their Tribological Behavior
65.	Preparation Of Nickel-based Nanolubricants And Investigation Of Their Tribological Behavior
66.	Preparation Of Si，Ni，Ti Doped Diamond-like Carbon Films And Investigation Of Their Tribological Behavior
67.	Study On Mechanical And Tribological Properties Of Glass Fiber-reinforced Polyamide6Composites Filled With Solid Lubricants
68.	High Temperature Oxidation Behaviors Of Ti₂AlNb Alloy With Surface Plasma Aluminized Layer
69.	Tribological Behavior And Structure Evolution Of Cu Sliding Against GCr15with Increasing Sliding Distance
70.	Study On Cutting Performance And Tribological Behavior Of Al₂O₃-base Ceramic Tool With Water Vapor As Coolant And Lubricant
71.	Mechanism Research Of Nano-second Laser Induced Shock Wave On The Surface Topography And Performance Of Metals
72.	Tribological Behavior Of Zirconia Reinforced Hydroxyapatite Bioceramic Coatings
73.	Study Of Antioxidant Synergistic Effect And Tribological Properties Of Mesoporours Silica Nanoparticles In Ester Oils
74.	Surface Modification Of Titanium Alloy By Micro-arc Oxidation
75.	High Temperature Tribological Behavior Of The TiAlN, AlTiN And AlTiN/TiSiN Coatings Deposited By Arc Ion Plating
76.	Research On Tribological Behavior Of TiN Coating On Bearing Steel Against Electroplating Silver Layer
77.	Mechanism And Tribological Behavior Of Doped Diamond-like Carbon Films
78.	Study On Heat Transfer And Tribological Behavior Of TiO₂ Nanofluids
79.	Tribological Behavior Of Phosphate Laser Glass Under Various Humidity Conditions
80.	Study On Tribological Behavior Of Nickle Based High Temperature Self-Lubricating Composites
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