Cu based composite - Globe Thesis

Keyword [Cu based composite] Result: 1 - 20 \| Page: 1 of 2
1.	Preparation, Structure And Catalytic Properties Of Highly-Dispersed Cu-based Composite Metal Oxides
2.	Preparation And Catalytic Performance Of Noble Metal-doped Cu-based Composite Metal Oxides
3.	Investigation Of Cu-based Composite Coating Cladded By Laser On Aluminum Alloy
4.	Study On Fabrication And Tribological Properties Of Copper Based Composites By MA And SPS
5.	Carbide Dispersion Strengthened Copper Matrix Composites Research
6.	Preparation And Properties Of Cu-based Composite Material Based On Superplastic Deformation Of Amorphous
7.	Research On Pb Free Cu-based Composite Used By Bearing Materials Of Engine
8.	Preparation Of Cu-based In-situ Composites By Mechanical Alloying And Spark Plasma Sintering
9.	Research Of Cu-Based Composite Oxide For The Catalytic Hydrogenolysis Of Glycerol To Propanediols
10.	Preparation And Performance Of Cu-based Composite Nanostructure Catalysts For CO Oxidation
11.	Research About Preparation,Characterization And Wgsr Activity Test Of Fe And Cu-based Composite Oxides
12.	Preparation And Properties Of Cu Based Composite Coatings
13.	Electrochemical Preparation Of MOF (Cu)-based Composite Catalysts And Its Catalytic Activities For CO Oxidation
14.	A Study On Fabrication Of NbC Nanoparticles Reinforced Nanocrystalline Cu Matrix Nanocomposites And Their Microstructure And Properties
15.	Microstructure And Properties Of ZrC-Cu Composites By Zr-Cu Melt Infiltration Carbides At Relatively Low Temperature
16.	Preparation And Research Of Ramie Fabric Remnant Ceramics And Its Cu-based Composite Materials
17.	Preparation And Properties Of Cu-based Composite Semiconductor Nanomaterials
18.	Research On Properties Of Copper-based Composite Oxygen Carrier Based On Chemical Looping Air Separation
19.	Study On Fenton-like And Persulfate Activation Performance Of Copper-based Composite Metal Oxides
20.	Preparation And Wear Mechanism Of Anti-wear Thick Coating On Cu-based Self-lubricating Surface
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