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Keyword [urea oxidation reaction]
Result: 1 - 20 | Page: 1 of 2
1.
Application Of Self-Supported Transition Metal Catalysts In Urea/Hydrazine Assisted Electrolytic Hydrogen Production
2.
Design And Controllable Synthesis Of Molybdenum-based Nanomaterials By Electronic Structure Modulation Engineering For Highly Efficient Electrocatalytic Performance
3.
In Situ Synthesis Of Transition Metal Oxide/Hydroxide Catalysts On Nickel Foam For Water Splitting
4.
Functional Optimization Of Iron Based Electrocatalysts
5.
Structure-oriented Design Of Transition Metal Compounds And Application In Electrocatalysis
6.
Study On Directed Design And Electro-oxidation Performance Of Nickel-based Hydroxide Nanoarrays
7.
Nickel-containing Electrocatalysts For Urea Oxidation:Synthesis,Structure,and Catalytic Mechanism
8.
Preparation Of Selenium-based Cobalt/Nickel Catalysts And Their Electrocatalytic Performance
9.
Study On The Properties Of Controllable Preparation And Derivatives Of One-Dimensional Composite Nano-Electrocatalytic Materials In Electrolytic Water Oxidation
10.
Amorphous Nickel Sulfoselenide For The Electrocatalysis Of Hydrogen Evolution Reaction And Urea Oxidation Reaction In Alkaline Media
11.
Research And Application Of Electrocatalytic Properties Of Metal Selcnides And Metal Sulfides
12.
Study On The Synthesis And Electrochemical Performance Of Self-supported Electrodes Composed Of Nickel-based Nanocatalysts
13.
Synthesis And Electrocatalytic Performance Of Ni And Mo-based Nanostructures
14.
Structural Control Of Transition Metal Electrocatalysts And Their Application In Energy Conversion
15.
Preparation Of Metal-Organic Frameworks Derivatives And Their Properties For Urea-assisted Electrolysis For Hydrogen Production
16.
Preparation And Anodic Electro-catalytic Properties Of Transition Metal-based Compounds
17.
Preparation Of Nickel-based Nanocomposite Catalyst And Its Performance Foe Urea Electrolysis
18.
Controlled Construction Of Nickel Selenide Composite Catalysts And Their Performance In Electrocatalytic Oxidation Of Methanol And Urea
19.
Synthesis Of Nickel-Cobalt-based Catalysts And Their Catalytic Performance For Electrooxidation
20.
Preparation Of Nickel-based Catalyst And Its Application In Electrochemical Oxidation Of Urea
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