Titanium-based - Globe Thesis

Keyword [Titanium-based] Result: 21 - 40 \| Page: 2 of 10
21.	Fabrication Of TiNb-based Composites With High Strength And Plasticity Based On Crystallization Theory
22.	Study On Electrocatalytic Oxidation Treatment Of Phenol Waste Water By Titanium-based Oxide Electrodes
23.	Synthesis And Properties Of Macroporous Titanium-based Photocatalytic Materials
24.	Titania Hollow Micro-nanostructure: Synthesis And Applications In Lithium Ion Batteries
25.	Preparation Of Titanium Based SnO₂Electrode And Modified Graphite Electrode And Research On Treatment Of Phenol In Coking Waste Water
26.	Titanium-based Alloy Temperature And Pressure Forming Technology
27.	Titanium-based Surface Of Tio <sub> 2 </ Sub> / Ha Coating Preparation And Performance Research
28.	Study On Properties Of Titanium-based Metal Oxide Anodes Modified With Graphene
29.	Preparation Of Titanium-Based Oxides Electrode With Cu-La Doping And Study Of Its Electrooxidation Degradation Of Wastewater
30.	Study On Titanium-based Metal Oxide Anode With Tantalum Interlayer Coating
31.	Research On The Hydrodechlorination Of2,4-dichlorophenol Over Pd Catalyst Supported On Titanium-based Materials And Its Mechanism
32.	Biomedical Titanium Matrix Composites
33.	The Preparation, Characterization And Photocatalytic Performances Of The Bismuth-and Titanium-based Heterostructure Mateirals
34.	Selective Catalytic Reduction (SCR) Of NOx On Titanium-based Catalysts And Preparation Of The Catalytic Converter
35.	Synthesis Of One-dimensional Titanium-based And Carbon-based Nanostructure Materials By Anodic Aluminum Oxide Template
36.	Preparation Of Titanium-Based Compounded/Doped Nanomaterials And Their Photocatalytic Performance
37.	Fabrication Of Three-Dimensional Nanoporous Titanium Based Composite Films And Their Electrochemical Properties
38.	Fundamental Research Of Chlorobenzenes And PCDD/Fs Decomposition Over Titanium-based Catalysts
39.	Study On Preparation Of Titanium-based Compound Nanomaterials And Their Electrochemical Properties
40.	The Study On The Modification Of Nanosized Titanium-based Anode Material For Rechargable Batteries
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