Abstract
By considering both electron - electron and electron - lattice interactions, the effect of charge transfer on the bond structure and electronic states of doped C{sub 60} is studied without configuration limitation. The results show that the electron interaction does not eliminate the layer structure of the bond distortion and the self-trapping of transferred electrons. There still exist two localized electronic states, which possess laminar wave functions, and four nonequivalent groups of carbon atoms, which induce a fine-structure in the NMR spectrum line. (author). 12 refs, 5 figs, 1 tab.
Citation Formats
Sun, X, Fu, R T, Fu, R L, and Ye, H J.
Bond distortion and electron trapping in charged C{sub 60}.
IAEA: N. p.,
1992.
Web.
Sun, X, Fu, R T, Fu, R L, & Ye, H J.
Bond distortion and electron trapping in charged C{sub 60}.
IAEA.
Sun, X, Fu, R T, Fu, R L, and Ye, H J.
1992.
"Bond distortion and electron trapping in charged C{sub 60}."
IAEA.
@misc{etde_10119812,
title = {Bond distortion and electron trapping in charged C{sub 60}}
author = {Sun, X, Fu, R T, Fu, R L, and Ye, H J}
abstractNote = {By considering both electron - electron and electron - lattice interactions, the effect of charge transfer on the bond structure and electronic states of doped C{sub 60} is studied without configuration limitation. The results show that the electron interaction does not eliminate the layer structure of the bond distortion and the self-trapping of transferred electrons. There still exist two localized electronic states, which possess laminar wave functions, and four nonequivalent groups of carbon atoms, which induce a fine-structure in the NMR spectrum line. (author). 12 refs, 5 figs, 1 tab.}
place = {IAEA}
year = {1992}
month = {Oct}
}
title = {Bond distortion and electron trapping in charged C{sub 60}}
author = {Sun, X, Fu, R T, Fu, R L, and Ye, H J}
abstractNote = {By considering both electron - electron and electron - lattice interactions, the effect of charge transfer on the bond structure and electronic states of doped C{sub 60} is studied without configuration limitation. The results show that the electron interaction does not eliminate the layer structure of the bond distortion and the self-trapping of transferred electrons. There still exist two localized electronic states, which possess laminar wave functions, and four nonequivalent groups of carbon atoms, which induce a fine-structure in the NMR spectrum line. (author). 12 refs, 5 figs, 1 tab.}
place = {IAEA}
year = {1992}
month = {Oct}
}