ABSTRACT

Because of the diversity in the morphology of carbon nanomaterials that can extend the practical application areas by using the morphologycorrelated properties thus, many researchers have found that there are diverse unique forms of the carbon nanomaterials, such as carbon nanotubes, graphenes, carbon coils, and so on (Dresselhaus et al. 2001, Dupuis 2005, Shaikjee & Coville 2012). Therefore, the synthesis of the carbon nanomaterials having the peculiar morphologies is an initial primary step to develop the morphologycorrelated materials properties.