Abstract
We investigate the stability of carbon bamboo-like nanotubes (BCNTs) with different diameters. It is shown that BCNTs with a diameter of 2.024 nm are the most stable bamboo-like nanotubes with the smallest diameter. It is shown that bamboo-like nanotubes with a certain distance between the bridges have superior emission properties than that the hollow nanotubes. Emission properties of the infinite bamboo-like nanotubes can be improved by adding the potassium atoms into the nanotube atomic structure. In this case the potassium atoms concentration should exceed 0.59%.
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