Abstract
We present a thorough full symmetry-based analysis of the diffraction space of single-wallcarbon nanotubes. This enables direct insight into various effects of the tube’ssymmetry on intensity distribution, among which are the pattern’s symmetry andorientational dependence. Also, some particular features of diffraction intensityare singled out. These are directly linked to a tube’s symmetry parameters andtherefore may give new valuable information about the tube itself. Finally, we discusshow these parameters can be determined from diffraction intensity distribution.
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