KPFM shows work function rising with layer number in MoS2 bilayers, with larger differences in AB stacking due to stronger interlayer coupling, plus n-type photogating from substrate effects and surface traps.
Operando scanning electron microscopy study of support interactions and mechanisms of salt-assisted ws2 growth.Chemistry of Materials, 37(3):989–1000
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Nanoscale mapping of stacking-dependent work function and local photoresponse in CVD-grown MoS2 bilayers by KPFM
KPFM shows work function rising with layer number in MoS2 bilayers, with larger differences in AB stacking due to stronger interlayer coupling, plus n-type photogating from substrate effects and surface traps.