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Keyword [Sacrificial template method]
Result: 1 - 20 | Page: 1 of 2
1. Spinel Type Complex Metal Oxide Functional Materials: Preparation, Characterization And Their Properties
2. Synthesis,Performance Optimization And Stability Investigation Of One-Dimensional Multi-component Electrocatalysts
3. Morphology Controllable Rapid Synthesis Of Copper Selenide Nanomaterials,characterization And Optical Properties
4. Study On Synthesis Of Cobalt Sulfide And Hydroxide Hollow Nanoprisms By Sacrificial Template Method And Their Electrochemical Properties
5. The Study Of Synthesis And Properties Of Monodisperse Noble Metal(Au,AuAg Alloy) Nanoparticles
6. Preparation Of Metal Sulfides And Their Composite Nanomaterials For Lithium Storage
7. Preparation And Related Properties Of New Spinel-type Compound
8. Study The Process And The Performance Of The Alumina Ceramics Which Prepared By Sacrifice Template
9. Preparation And Characterization Of Foamed Steel Used By Sacrificial Template Method
10. Research On Fabrication And Properties Of Surfaces With Super-Wettability Used For Oil-Water Separation
11. Self-sacrifficial Template Synthesis Of Alloy@Metal-organic Frameworks Core-shell Composite Nanomaterials And Their Properties
12. Preparation And Properties Of Carbon Nanotube Based Supercapacitor Electrode Materials
13. Sacrificial Template Fabrication And Applications Of 3D Polypyrrole Hydrogel And V2O3@N-C Anode Material
14. Template Sacrificial Synthesis Of Palladium-based Nanocomposites And Their Electrocatalytic Performance In Direct Ethanol Fuel Cells
15. Metal-organic Frameworks-based Functional Composite Nanomaterials And Their Properties
16. Preparation And Research Of Superhydrophobic Coatings Based On Long Chain Alkyl Compounds
17. Preparation And Electrochemical Performance Of Transition Metal Hydroxide Composites Based On MOFs
18. Synthesis And Performance Of Cooper-based Nano-materials For Supercapacitors
19. Preparation Of FeCo-LDH Activated Permonosulfate-Treated Antibiotics By Sacrificial Template Method
20. Preparation And Morphology Control Of Ldhs Materials Growth On MOFs And Their Application In Photocatalysis And Electrocatalysis
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