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Positive magnetoresistance is measured in the low-magnetic fields in multiwalled carbon nanotubes, and interpreted as antilocalization in the weak-localization regime. The analysis shows that the weak antilocalization effect is related to the local interfacial electric field as a genuine property of the large curvature and multiwalls in the tubes. By fitting the positive magnetoresistance using the antilocalization theory, a set of scattering times in the tubes is obtained.
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Liu et al. (2000) studied this question.
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