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1. Controllable Preparation And Energy Storage Performance Of Transition Metal Compound Composit Materials For Supercapacitor Electrodes
2. Controllable Preparation Of CuCo2O4 Hybrid Electrode Materials And Study On The Properties Of Supercapacitive Energy Storage
3. Rational Design Of Nanostructured Electrodes And Their Supercapacitance Enhancement Mechanism
4. Synthesis Of Transition Metal Sulfide-based Composite Materials For Electrochemical Capacitors Application
5. Construction Of NiCo2O4 Nano-micro Structures And Their Supercapacitive Properties
6. Synergistic Energy Storage Performance Between Metal Compositions Of Nickel-Cobalt-Manganese Based Compounds
7. Research On The Preparation And Application Of Graphene/metal-based Nanoparticle Hybrid Materials
8. Carbon Nanotubes Modulated Nickel-cobalt MOF-based Electrode Materials And Their Energy Storage Performances
9. Preparation And Properties Of Self-supporting Metal Compound 3D Electrodes For Hybrid Supercapacitors
10. Controlled Preparation Of MgCo2O4 Electrode Materials And Their Applications In Supercapacitors
11. Preparation Of Mo-based Compound/Ni3S2 Composite Material And Its Application In Supercapacitors
12. Preparation Of Copper Cobaltite Electrode Materials For High-performance Supercapacitors
13. Preparation And Electrochemical Properties Of Cu-Ni Nanorod Arrays At Room Temperature
14. Controlled Synthesis And Electrochemical Properties Of MnCo2O4.5 Electrode Materials For Supercapacitor Applications
15. Construction And Electrochemical Performance Study For Carbon-Based Metal-Ion Capacitors With High Energy/Power Density
16. Doping Structure Design And Supercapacitor Performance Of Nickel Hydroxide/Oxide
17. Structural Design And Electrochemical Performance Of Nickel-cobalt Based Nanomaterials For Hybrid Supercapacitor
18. Synthesis And Hybrid Supercapacitors Energy Stotage Properties Of Nickel-based Nanosheets
19. Preparation Of Iron-Based/Nitrogen-Doped Carbon Composites And Study On Supercapacitor Performance
20. Preparation And Capacitor Performance Of Cobalt-based Multimetal-compound Integrated Electrodes
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