In this paper by using DC arc discharge method and acetylene gas, as the carbon source, and nitrogen, as the carrier gas, canrbon nanotubes, CNTs, doped with trivalent element boron, B, have been produced. The deposited CNTs on the cathod electrod, which have structural doped properties to boron element, have been collected and after purification have been investigated by back-scattering Raman spectroscopy. The results reveal that the high frequency G mode component in CNTs doped with electron acceptor element, B, shift to higher wavenumbers. The low frequency G mode component which can appear at approximately 1540–1570 cm-1 wavenumber region, called BWF mode, is a sign of metallic CNT. In the synthesized doped CNTs due to the presence of boron dopant, D mode has sharp peaks and has relatively high intensity in the Raman spectra .
Babanejad,S. A. , Malekfar,R. and Seyyed Hosseini,M. R. (2019). Carbon nanotubes doped with trivalent elements by using back - scattering Raman spectroscopy. Iranian Journal of Physics Research, 8(4), 219-226.
MLA
Babanejad,S. A. , , Malekfar,R. , and Seyyed Hosseini,M. R. . "Carbon nanotubes doped with trivalent elements by using back - scattering Raman spectroscopy", Iranian Journal of Physics Research, 8, 4, 2019, 219-226.
HARVARD
Babanejad S. A., Malekfar R., Seyyed Hosseini M. R. (2019). 'Carbon nanotubes doped with trivalent elements by using back - scattering Raman spectroscopy', Iranian Journal of Physics Research, 8(4), pp. 219-226.
CHICAGO
S. A. Babanejad, R. Malekfar and M. R. Seyyed Hosseini, "Carbon nanotubes doped with trivalent elements by using back - scattering Raman spectroscopy," Iranian Journal of Physics Research, 8 4 (2019): 219-226,
VANCOUVER
Babanejad S. A., Malekfar R., Seyyed Hosseini M. R. Carbon nanotubes doped with trivalent elements by using back - scattering Raman spectroscopy. Dear user; Recently we have changed our software to Sinaweb. If you had already registered with the old site, you may use the same USERNAME but you need to change your password. To do so at the first use, please choose, 2019; 8(4): 219-226.
