Influence of Carbon Sources and Catalytic Precursors on the Products Prepared by Catalytic Combustion

Mao Fa Wang; Xiao Ping Zou; Jin Cheng; Guang Zhu; Yi Su

doi:10.4028/www.scientific.net/AMR.47-50.912

Paper Titles

High-Temperature Thermal Cyclic Oxidation Behavior of Wide-Gap Brazed IN738 Superalloy
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Preparation of CuMgAl Hydrotalcite-Like Compounds at Low M^II/M^III Molar Ratios
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Shape-Controlled Synthesis and Characterization of CuS Crystal from a Low Temperature Hydrothermal Route
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Precise Quantitative Evaluation of Nano-Ordered Intermetallic Compounds in Sn-3.0Ag-0.5Cu Lead-Free Solder Bump by Using TEM
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Influence of Carbon Sources and Catalytic Precursors on the Products Prepared by Catalytic Combustion
p.912

Effect of Particle Size of Fully Porous-Coated (FPC) Implants on Osseointegration
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Effects of Silver Nanostructures on Fluorescence Modulation of Rhodamine B and Fluorescein
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About the Elaboration and Characterization of Fe-Based Composite with Friction Destination
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Synthesis of Strontium-Doped Hydroxyapatite Powder via Sol-Gel Method
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Influence of Carbon Sources and Catalytic Precursors on the Products Prepared by Catalytic Combustion

Abstract:

It is very important to study the effects of various factors on synthesis of carbon nanofibers for controlled synthesis, which plays a significant role in realizing desired nanostructures or nanodevices for applications. In this report, we employed different carbon source and different catalyst precursor solution, respectively, and studied the effects of those on carbon nanofibers that were synthesized by catalytic combustion process. We have characterized the as-grown carbon nanofibers by employing scanning electron microscopy (SEM) for deep understanding.