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Beilstein J. Nanotechnol. 2021, 12, 222–231, doi:10.3762/bjnano.12.18
Figure 1: (a) Operating principle of the STIM dark-field detector. Thin foils or membranes are placed in the ...
Figure 2: Comparison of HIM detection schemes. (a) SE and (b) dark-field STIM signal at an acceptance angle o...
Figure 3: (a) SRIM scattering distribution of 30 keV He ions for single- and double-layer membranes, assuming...
Figure 4: Dark-field STIM images of (a) a thin and (b) a thick membrane. The membrane in (a) shows a rupture ...
Figure 5: Acceptance angle at which the maximum signal difference between a double layer and a single layer i...
Figure 6: Thickness determination by dark-field STIM and Monte Carlo simulations. (a) The measured image grey...
Figure 7: Alteration of a CNM by EFTEM at 60 keV beam energy. (a) The thickness decreases during EFTEM imagin...