Carbon Nanotube production by Electron Rays

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Shooting a cylindrical beam of electrons a few nanometers apart, combined with a carbon plasma, could theoretically attract carbon atoms to form nanotubes. However, achieving the precise conditions for such a setup in a vacuum presents significant challenges. The presence of equal positive ions alongside the electrons complicates the process, as recombination energy would likely be too high. This high energy could lead to sputtering, causing the loss of ions, atoms, and small molecules. Overall, while the idea is intriguing, practical implementation faces substantial obstacles.
dbmorpher
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Hello, I was doing a little research on nanotubes and came up with an idea.
If we shot a cylindrical beam of electrons a few nanometers apart from each other and then shot a carbon plasma down the center would the carbon atoms be attracted to the electrons and form a nanotube at a sizable scale?
 
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This would be done in a vacuum
 
Even if somehow you will manage to create such cylindrical beam of electrons with equal positive ions inside (which seems practically impossible), recombination energy will be to high and lead to sputtering as ions, atoms and small molecules.
 
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