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Keyword [Wave absorption performance]
Result: 1 - 20 | Page: 1 of 3
1. Preparation And Properties Of Graphene Based Composite
2. Preparation And Microwave Absorption Properties Of Quasi-one-dimensional Fe-Co Alloy/Dielectric Oxides Fibrous Composite Materials
3. Electromagnetic Properties And High Temperature Wave Absorption Performance Of Doped Titanium Nitride Powder
4. Preparation And Wave Absorbing Property Of PDCs-SiCN(Fe) Ceramics
5. Preparation And Related Properties Of La-Doped Bismuth Ferrite And Bi0.9La0.1FeO3 Matrix Composites
6. Study On Wave Absorption Properties Of Reduced Graphene Oxide Composites
7. The Preparation And Properties Of FeCo Nanoparticles And Their Composites
8. Controlled Synthesis And Electromagnetic Wave Absorption Performance Of Magnetic Metal-Based Composites
9. Controllable Synthesis And Electromagnetic Wave Absorption Performance Investigation Of Micro-nano Composite Materials
10. Preparation And Electrochemical And Electromagnetic Wave Absorption Properties Of Hierarchically Porous Carbons
11. Preparation And Microwave Absorption Properties Of Fe3O4/Dielectric Composites
12. Preparation And Microwave Absorbing Performance Of Metal-doped PDCs-SiCN Ceramics
13. The Preparation And Electromagnetic Wave Absorption Performance Of Iron Cobalt Metals/Carbon Composites
14. Research On Electromagnetic Wave Absorption Performance Of Honeycomb Structure Composites
15. Preparation And Electromagnetic Absorption Properties Of Ni/graphene Composites
16. Controllable Fabrication And Electromagnetic Wave Absorption Performance Of Magnetic Nanoparticles And Porous Carbon Composites
17. Preparation And Properties Of Chemically Deposited Nickel Base Alloy/Fe3O4 Composites
18. Preparation And Electromagnetic Wave Absorption Performance Of Graphene Hybrid Materials
19. Research On Submicron Magnetic Core-shell Structure Materials For Enhanced Absorbing Properties
20. Development And Application Of A Group Of Novel And Effective Microwave Absorbing Marerials With "Light Weight,Thin Thickness,Wide Bandwidth,and Strong Absorption"
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