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A quantitative theory of Fraunhofer diffraction by right- and left-handed multiwalled cylindrical scroll nanotubes is developed on the basis of the kinematical approach. The proposed theory is mainly dedicated to structural studies of individual nanotubes by the selected-area electron diffraction technique. Strong and diffuse reflections of the scroll nanotube were studied and explicit formulas that govern relations between the direct and reciprocal lattice of the scroll nanotube are achieved.

Supporting information

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Graphic Interchange Format (GIF) image https://doi.org/10.1107/S2053273318003169/td5048sup1.gif
The dynamics of diffraction intensity distribution changes on the 01l layer plane with variation of the chiral angle of the nanotube

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Graphic Interchange Format (GIF) image https://doi.org/10.1107/S2053273318003169/td5048sup2.gif
The dynamics of diffraction intensity distribution changes on the 10l layer plane with variation of the chiral angle of the nanotube


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