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| Title
| - Magnetic-field-controlled Alignment of Carbon Nanotubes from Flames and Its Growth Mechanism
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| Abstract
| - This paper introduces a novel process for well-aligning growth of carbon nanotubes from flames using a uniform magnetic field generated by a permanent magnet. The results show that the magnetic field also improves the crystallinity of graphite sheets. The theoretical calculation revealed that the magnetic force acting upon the carbon nanotube itself was much larger than that upon the catalyst particle at the tip due to the carbon nanotubes’ diamagnetic property. Different from the electric-field-inducing process, the present work provides a possibility for obtaining well-aligned carbon nanotubes through the “base-growth model”.
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| Alternative Title
| - Alignment of Carbon Nanotubes from Flames
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