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In this case, the presence of LUMO above the substrate Fermi level at 0.6 eV, does not imply the possibility of charge transfer between the organic film and the substrate. This is because electrostatic screening has to be taken into account. For the C 1s core level it has been shown that, with increasing thickness of the organic layer, the electrostatic screening gives a shift of 0.9eV to higher binding energies. Therefore, at the organic-substrate interface, the LUMO is expected to be below the substrate Fermi level, excluding the possibility of charge transfer
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In this case, the presence of LUMO above the substrate Fermi level at 0.6 eV, does not imply the possibility of charge transfer between the organic film and the substrate. This is because electrostatic screening has to be taken into account. For the C 1s core level it has been shown that, with increasing thickness of the organic layer, the electrostatic screening gives a shift of 0.9eV to higher binding energies. Therefore, at the organic-substrate interface, the LUMO is expected to be below the substrate Fermi level, excluding the possibility of charge transfer.
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