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The activity of the Eu2O3 for growing SWNTs further supports our thinking.
After heat treatment, Fe Mo catalytic particles with nano-size were formed on the substrate for growing SWNTs.
Size-separated ferritin-based Fe catalyst [31], inorganic oxides nanoparticles with high melting point such as SiO2, TiO2, Al2O3 are also used as catalysts for growing SWNTs [32, 33, 34].
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Thus, high activity for Eu2O3 nanoparticles to catalytically grow SWNTs can be understandable.
In Co Mo/MgO catalysts, however Mo generated a favorable environment to grow SWNTs.
We can control the size and density of Cu nanoparticles thus we are able to manipulate the alignment and the density of the grown SWNTs.
We developed a method to grow SWNT arrays uniformly distributed all over the quartz substrate.
More recently, Liu et al. [31] showed Al2O3 nanoparticles could be used to grow SWNT using an alcohol CVD route.
Arc plasma deposition [35] or floating catalyst method [36] are applied to control the size and density of the catalysts for growing either vertically aligned SWNT forest or narrowing the SWNT diameter distribution.
Prepare for growing pains.
The amount of PAM grown from SWNT increased with the polymerization time.
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