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• W2029236839 endingPage "2821" @default.
• W2029236839 startingPage "2761" @default.
• W2029236839 abstract "The properties of a carbon nanotube are dependent on its atomic structure. The atomic structure of a carbon nanotube can be defined by specifying its chiral indices, (u, v), that specify its perimeter vector (chiral vector), with which the diameter and helicity are also determined. The fine electron beam available in a modern transmission electron microscope (TEM) offers a unique probe to reveal the atomic structure of individual nanotubes.This review covers two aspects related to the use of the electron probe in the TEM for the study of carbon nanotubes: (a) to understand the electron diffraction phenomena for inter-pretation of the electron diffraction patterns of carbon nanotubes and (b) to obtain the chiral indices, (u, v), of the carbon nanotubes from the electron diffraction patterns.For a nanotube of a given structure, the electron scattering amplitude from the carbon nanotube is first described analytically in closed form using the helical diffraction theory. From a known structure as given by the chiral indices (u, v), its electron diffraction pattern can be calculated and understood.The reverse problem, i.e. assignment of the chiral indices from an electron diffraction pattern of a carbon nanotube, is approached from the relationship between the electron scattering intensity distribution and the chiral indices (u, v). We show that electron diffraction patterns can provide an accurate and unambiguous assignment of the chiral indices of carbon nanotubes. The chiral indices (u, v) can be read indiscriminately with a high accuracy from the intensity distribution on the principal layer lines in an electron diffraction pattern.The symmetry properties of electron diffraction from carbon nanotubes and the electron diffraction from deformed carbon nanotubes are also discussed in detail. It is shown that 2mm symmetry is always preserved for single-walled carbon nanotubes, but it can break down for multiwalled carbon nanotubes under some special circumstances.Finally, determination of the handedness of carbon nanotubes using electron diffraction is reviewed and discussed with both theoretical analysis and experimental examples." @default.
• W2029236839 created "2016-06-24" @default.
• W2029236839 creator A5012036539 @default.
• W2029236839 date "2006-09-21" @default.
• W2029236839 modified "2023-09-23" @default.
• W2029236839 title "Electron diffraction from carbon nanotubes" @default.
• W2029236839 cites W11476871 @default.
• W2029236839 cites W1519222559 @default.
• W2029236839 cites W1555799543 @default.
• W2029236839 cites W1606179079 @default.
• W2029236839 cites W1616932920 @default.
• W2029236839 cites W1673405048 @default.
• W2029236839 cites W1965199782 @default.
• W2029236839 cites W1965364658 @default.
• W2029236839 cites W1966319110 @default.
• W2029236839 cites W1967756161 @default.
• W2029236839 cites W1967772013 @default.
• W2029236839 cites W1969090924 @default.
• W2029236839 cites W1969503686 @default.
• W2029236839 cites W1969549603 @default.
• W2029236839 cites W1969639079 @default.
• W2029236839 cites W1970037608 @default.
• W2029236839 cites W1970711747 @default.
• W2029236839 cites W1971814249 @default.
• W2029236839 cites W1972887856 @default.
• W2029236839 cites W1973060738 @default.
• W2029236839 cites W1973223576 @default.
• W2029236839 cites W1974928271 @default.
• W2029236839 cites W1975018385 @default.
• W2029236839 cites W1975825463 @default.
• W2029236839 cites W1976621946 @default.
• W2029236839 cites W1977340251 @default.
• W2029236839 cites W1979324267 @default.
• W2029236839 cites W1980516378 @default.
• W2029236839 cites W1980586238 @default.
• W2029236839 cites W1980800853 @default.
• W2029236839 cites W1981220152 @default.
• W2029236839 cites W1981768296 @default.
• W2029236839 cites W1983168162 @default.
• W2029236839 cites W1984118350 @default.
• W2029236839 cites W1989412340 @default.
• W2029236839 cites W1990239471 @default.
• W2029236839 cites W1991071653 @default.
• W2029236839 cites W1991807679 @default.
• W2029236839 cites W1994596677 @default.
• W2029236839 cites W1997070558 @default.
• W2029236839 cites W2000746105 @default.
• W2029236839 cites W2001899168 @default.
• W2029236839 cites W2002400047 @default.
• W2029236839 cites W2003931833 @default.
• W2029236839 cites W2005192219 @default.
• W2029236839 cites W2006183885 @default.
• W2029236839 cites W2006941567 @default.
• W2029236839 cites W2007205214 @default.
• W2029236839 cites W2007545629 @default.
• W2029236839 cites W2008302913 @default.
• W2029236839 cites W2009380249 @default.
• W2029236839 cites W2009508114 @default.
• W2029236839 cites W2009513555 @default.
• W2029236839 cites W2009549649 @default.
• W2029236839 cites W2014398625 @default.
• W2029236839 cites W2015275613 @default.
• W2029236839 cites W2016465952 @default.
• W2029236839 cites W2016870266 @default.
• W2029236839 cites W2017189414 @default.
• W2029236839 cites W2017712799 @default.
• W2029236839 cites W2018455305 @default.
• W2029236839 cites W2018858346 @default.
• W2029236839 cites W2020743979 @default.
• W2029236839 cites W2020963824 @default.
• W2029236839 cites W2021844930 @default.
• W2029236839 cites W2022333712 @default.
• W2029236839 cites W2024532627 @default.
• W2029236839 cites W2026015835 @default.
• W2029236839 cites W2026301087 @default.
• W2029236839 cites W2026320244 @default.
• W2029236839 cites W2027205343 @default.
• W2029236839 cites W2027434350 @default.
• W2029236839 cites W2028603377 @default.
• W2029236839 cites W2028725265 @default.
• W2029236839 cites W2031308528 @default.
• W2029236839 cites W2031551886 @default.
• W2029236839 cites W2031720686 @default.
• W2029236839 cites W2032728440 @default.
• W2029236839 cites W2034973707 @default.
• W2029236839 cites W2035086336 @default.
• W2029236839 cites W2035465261 @default.
• W2029236839 cites W2036617166 @default.
• W2029236839 cites W2037051267 @default.
• W2029236839 cites W2038536172 @default.
• W2029236839 cites W2039702835 @default.
• W2029236839 cites W2041443844 @default.
• W2029236839 cites W2042744649 @default.
• W2029236839 cites W2043366760 @default.
• W2029236839 cites W2044638081 @default.
• W2029236839 cites W2045834095 @default.
• W2029236839 cites W2047045178 @default.
• W2029236839 cites W2047434754 @default.

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