Diamond-like - Globe Thesis

Keyword [Diamond-like] Result: 161 - 180 \| Page: 9 of 10
161.	Research Of Design And Service Performance Of Self-Lubricating Coatings For Spherical Plain Bearings
162.	Study On Preparation And Structure Properties Of Ti Doped Diamond-like Carbon Film On Aluminum Alloy For Piston
163.	Study On Preparation And Properties Of Ti-Si Multielement Multilayer DLC Coating
164.	Stress Regulation And Laser Damage Characteristics Of Diamond-Like Carbon Films
165.	Design, Fabrication And Tribological Behavior Of MAO/DLC Composite Coatings On Titanium
166.	Microstructure Regulation And Performance Characterization Of Carbon Films On Micro-arc Oxide Coated Titanium
167.	Study On Magnetron Sputtering Parameters And Sealing Performance Of DLC Film On Rubber Surface
168.	Tribological Behavior Of Diamond-like Carbon Films In Water-based Environment
169.	Study On Structure And Properties Of Hf-doping Diamond-Like Films Prepared By Magnetron Sputtering
170.	Research And Application Of Novel Anode Layer Ion Source
171.	Study On The Adhesion And Load-bearing Capacity Of Diamond-like Carbon Films On The Ti6Al4V Substrate
172.	The Research On Tribological Properties Of Solid-Liquid Composite System Based On Ti-DLC Film
173.	Study On The Influence Of Doping And Interface Control On The Super Lubrication Behavior Of Hydrogenated Carbon Films
174.	Research On Processing Technology And Application Of Carbon-based Functional Films For Sensing Technology
175.	The Mechanical Property Of Diamond-like Nanomaterials And Its Application In Improving The Performance Of Cement-based Materials
176.	Preparation And Microtribological Characterization Of Hydrogenated Diamond-like Carbon Films
177.	Preparation And Properties Of Co-doping Diamond-like Carbon Films
178.	Study On Friction Self-organizing Behavior Regulation And Ultra-low Friction Of Diamond-like Films
179.	Preparation And Tribological Property Of Super-Thick Diamond-like Carbon Films
180.	The Process Control System For The Preparation Of Diamond-Like Carbon Films On The Inner Wall Of Tubes
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