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The C Is ionization potential is referred to the states in the C Is X-ray photoeletron spectroscopy (XPS) peak with the lowest BE, which are typical of C atoms belonging to the benzene ring
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The C Is ionization potential is referred to the states in the C Is X-ray photoeletron spectroscopy (XPS) peak with the lowest BE, which are typical of C atoms belonging to the benzene ring.
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15
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84906413158
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Our experimental estimation has to be compared with the present computational results, which indicate a gap of 3.47 eV for HQ, 0.79 eV for SQ, and 1.08 eV for IQ from Figure 3, These values are comparable, with those collected by Powell et al.,4 where a HOMO-LUMO gap in the 1.3-2.02 eV range is reported for the indolequinone, 0.8-1.50 eV for semiquinone, and 3.4-4.53 eV for the hydroquinone
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4 where a HOMO-LUMO gap in the 1.3-2.02 eV range is reported for the indolequinone, 0.8-1.50 eV for semiquinone, and 3.4-4.53 eV for the hydroquinone.
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16
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Wang, H.; Fink, R. F.; Piancastelli, M. N.; Hjelte, I.; Wiesner, K.; Bässler, M.; Feifei, R.; Björneholm, O.; Miron, C.; Giertz, A.; Burmeister, F.; Sorensen, S. L.; Svensson, S. J. Phys. B: At. Mol. Opt. Phys. 2001, 34, 4417.
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84906398725
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To exclude the normal Auger emission, we focus on the resonant part of the valence band low-BE region, where the bands involved in the UV-vis optical absorption are located e.g, the A band
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To exclude the normal Auger emission, we focus on the resonant part of the valence band low-BE region, where the bands involved in the UV-vis optical absorption are located (e.g., the A band).
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