Cobalt-based oxide - Globe Thesis

Keyword [Cobalt-based oxide] Result: 1 - 20 \| Page: 1 of 2
1.	Preparation And Electrochemical Performance Investigations Of Micro-nano Structured Iron-based And Cobalt-based Oxide Materials
2.	Synthesisand Catalytic Properties Of Cobalt-based Oxide Nanoarray
3.	Synthesis And Electrochemical Properties Of Nickel And Cobalt Based Oxide Nanofibers
4.	Self-Template Synthesis And Electrochemical Performance Of Cobalt-Based Oxide Mesoporous Nanotubes
5.	The Preparation And Electrochemical Performance Of Porous Cobalt-based Oxides
6.	Preparation Of A Cobalt-based Oxide Catalyst And Its Catalytic Decomposition Of N 2 O
7.	The Construction Of Cobalt-based Oxide Nanostructures And Their Electrochemical Properties
8.	Preparation And Gas Sensing Properties Of Cobalt-based Metal Oxides Composites By MOF As Template
9.	Preparation Of Cobalt-based Oxide Nanocatalysts And Their Application In Direct Glucose Fuel Cells
10.	Preparation And Physicochemical Properties Of Cobalt-based Oxide Materials
11.	Controllable Preparation Of Special Micro/nano Structure Cobalt-based Oxides And Its Application
12.	Design And Synthesis Of Cobalt-based Oxide/Carbon Composites For Electrocatalysis
13.	Preparation And Electrochemical Performance Of Cobalt-based Oxide Anode Materials For Lithium-ion Batteries
14.	Research On Electrochemical Lithium Storage Performance Of Cobalt-based Oxide Quantum Dots/MOFs-derived Carbon Composites
15.	Preparation And Electronical Performance Of Cobalt-based Double-metal Oxidde Materials
16.	Functionalized Construction Of Cobalt-based Oxide Nanomaterials And Investigation Of Their Electrochemical Properties
17.	Framework Manipulation And Improved Electrocatalytic Performance Of Ordered Mesoporous Cobalt-based Oxide With Spinel Structure
18.	Surface Modification Of Copper And Cobalt Based Oxide Toward Electrocatalytic Application
19.	Phosphorus-induced Cobalt Based Oxide Coupling To 3D Carbon For Zn-air Batteries
20.	Design,Preparation Of Cobalt-Based Oxide Coupled With N-rGO Bifunctional Materials And Their Photothermal-Enhanced Electrocatalytic Performance
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