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In 3C-SiC there are no inequivalent sites. In 4H (one hexagonal, one cubic site) and 6H SiC (one hexagonal, two cubic sites) the donors at cubic sites are much deeper than at the hexagonal site, whereas the Al acceptor ionization energy shows very little site dependence. That is why the observation of different remote-pair bands in 4H and 6H polytypes is attributed to donors at different sites, see also Ref..
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In 3C-SiC there are no inequivalent sites. In 4H (one hexagonal, one cubic site) and 6H SiC (one hexagonal, two cubic sites) the donors at cubic sites are much deeper than at the hexagonal site, whereas the Al acceptor ionization energy shows very little site dependence. That is why the observation of different remote-pair bands in 4H and 6H polytypes is attributed to donors at different sites, see also Ref..
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We enumerate the shells for type I spectrum in ascending order of D-A separations using consecutive numbers m=1,2, i.e., we do not omit in this sequence the "missing" shells 14, 30, etc., as is done, e.g., in Ref..
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