Porous carbon nanofibers - Globe Thesis

Keyword [Porous carbon nanofibers] Result: 21 - 39 \| Page: 2 of 2
21.	Research On The Use Of Porous Carbon-based Materials As Anodes For High-performance Potassium Ion Batteries
22.	Preparation Of Porous Carbon Nanofibers And Study On NO Adsorption And Catalysis At Room Temperature
23.	Preparation Of Nickel-Cobalt Sulfur/carbon Nanofiber Flexible Electrode And Its Perfromance Research Of Supercapacitor
24.	Research On Carbon Black Doped Nano-carbon Fiber And Its Capacitance Performance
25.	Preparation And Electrochemical Performance Of Modified Porous Carbon Nanofibers For Lithium-based Batteries
26.	Supercapacitor Electrode Materials from Highly Porous Carbon Nanofibers with Tailored Pore Distribution
27.	Preparation And Electrochemical Properties Of Coal-based Porous Carbon Nanofibers And Their Nickel-based Composites
28.	Synthesis And Electrochemical Properties Of Metal Doped Flexible Porous Carbon Nanofibers
29.	Preparation And Properties Of Metal Fluoride-doped Porous Carbon Nanofibers/sulfur Electrodes
30.	Synthesis And Oxygen Reduction Reaction Catalytic Properties Of Flexible Porous Carbon Nanofibers Doped With Copper Zirconium Bimetallic Oxides
31.	Design,Preparation And ORR Mechanism Investigation Of Polyaniline-based Iron Single-atom Fuel Cell Catalysts
32.	Electrospun Flexible Self-supporting Materials For Lithium-sulfur Battery
33.	Preparation And Properties Of PTFE Precursor Nanofiber Membrane
34.	Controllable Preparation Of Oxygen-Catalyzed MOF-Based Porous Carbon Fibers And Their Application In Flexible Zinc-Air Batteries
35.	Metal-doped Porous Carbon Nanofibers For The Construction Of Structural High-performance Lithium Metal Anode
36.	Preparation Of Platinum-Copper Electrocatalysts And Their Performance Toward Hydrogen Evolution Reaction
37.	Preparation And Potassium Storage Properties Of Porous Carbon Nanofiber Composites
38.	Preparation And Properties Of Flower-Like Electromagnetic Wave Absorbing Composite Materials Based On MXene
39.	Preparation And Electrocatalytic Hydrogen Evolution Of Fe-Based Single Atoms Supported By Porous Carbon Nanofibers
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