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Keyword [N-doped]
Result: 1 - 20 | Page: 1 of 3
1.
Preparation Of P-type ZnO Thin Films And Study On The Doping Mechanisms
2.
Several Catalytic Processes On Fuel Cell Electrode Surface: A First Principles Study
3.
Synthesis Of Polyaniline-based And Polypyrrole-based Composite Materials And Their Applications In Lithium-ion Batteries
4.
The Preparation And Performance Of Metal Oxide/Carbon Nanocomposite As Lithium Ion Battery Anodes
5.
Synthesis And Electrochemical Performance Of MoS
2
/Carbon Composite As Anode Materials For Lithium Ion Batteries
6.
Preparation Of Novel N-doped Carbon Materils And Their Electrochamical Performance
7.
Preparation Of Polyaniline-based Electrode Materials For High-performance Supercapacitors
8.
Synthesis And Characterizations Of Li
2
FeSiO
4
as Cathode Material For Lithium Ion Batteries
9.
Synthesis Of N-doped Carbon Material And Study On Their Catalytic Performance For Oxygen Reduction Reaction
10.
Study Of Nitrogen Enrichment Carbon Materials For Supercapacitor
11.
Preparation Of Polyaspartic Acid-based Nitrogen-doped Carbon And Their Electrochemical Performance For Supercapacitor
12.
Preparation And Property Of T-Nb
2
O
5
Negative Electrodes For Lithium-ion Batteries
13.
Investigation On The Preparation Of Cu
2
O Based Thin Films And Their Heterojunctions Properties
14.
Study On The Preparation And Lithium Storage Mechanism Of Sulfurized Polyacrylonitrile Cathode Materials
15.
Design Of Polyaniline-based Hierarchical Porous Carbon Nanomaterials For Electrode Materials And Their Electrochemical Capacitive Performance
16.
Modification And Performance Of Photoanode Materials For Dye-sensitized Solar Cells
17.
Prepartion And Properties Of Non-Noble Metal Electrocatalysts With Imidazole-Containing Polymer As Nitrogen Sources
18.
Preparation And Study Of Porous Electrode Materials For Lithium-and Sodium-ion Secondary Batteries
19.
Preparation Of Nitrogen-doped Porous Carbon And Their Electrochemical Properties
20.
The Performance Of N-doped Graphite-like Carbon Material In Supercapacitor
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