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Beilstein J. Nanotechnol. 2018, 9, 1834–1843, doi:10.3762/bjnano.9.175
Figure 1: FMI-KPFM working principle: Averaged time-integral values of the instantaneous photovoltage are acq...
Figure 2: SPECTY working principle: (a) SPV built-up and decay are modeled using Equation 1 and Equation 2 respectively. (b) A qu...
Figure 3: SPECTY’s algorithm flowchart. When a quasi-steady-state condition is reached, the average value of ...
Figure 4: Comparison between spectroscopy curve obtained through the mathematical fit, measured data points a...
Figure 5: Simulated SPV as a function of the time for different excitation modulation frequencies, the red li...
Figure 6: Simulated SPVAV as a function of the number of excitation cycles for different excitation modulatio...
Figure 7: Simulated surface photovoltage spectroscopy curves of the F5BnPA region for different SPV built-up ...
Figure 8: Time-averaged surface photovoltage measured at different modulating frequencies with intensity-modu...
Figure 9: Data obtained from the implementation of the proposed FMI-KPFM protocol for the simultaneous acquis...
Figure 10: Comparison between curves: Mathematical fit (red and green lines) and simulated SPVAV curve (blue l...