Journal
JOURNAL OF PHYSICAL CHEMISTRY C
Volume 123, Issue 14, Pages 9479-9485Publisher
AMER CHEMICAL SOC
DOI: 10.1021/acs.jpcc.8b11736
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The degree of localization of nonbonding orbitals (and the related spin density) in defected or decorated graphenic materials is addressed. For a defect consisting of a translationally symmetric boundary, such orbitals (if they occur) appear to be exponentially localized at the boundary, with the range correlating with the mobility gap at the corresponding wave vector. For a defect consisting of vacancies of one or more nearby sites, such orbitals (if they occur) appear to be localized around the defect with a power-law decay away from the defect. Moreover, a simple criterion for such defect-localized orbitals, as well as some characteristics and possible consequences of the nonbonding defect-localized orbitals, is noted.
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