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Beilstein J. Nanotechnol. 2018, 9, 342–352, doi:10.3762/bjnano.9.34
Figure 1: Image of the 8CB surface structures on the SmA free surface (a) and in bulk (b), as measured with a...
Figure 2: (a) Interferometric surface structure analyzer (ISSA) 3D reconstructed image of the SmA surface; (b...
Figure 3: AFM image of SmA free surface at room temperature.
Figure 4: SNOM image of SmA free surface at room temperature (a) and its cross-section (b).
Figure 5: Periodic structure formation after Cry–SmA phase transition at room temperature. Topographical AFM ...
Figure 6: Periodic SmA structure formation at room temperature after cooling from the nematic phase. Topograp...
Figure 7: Equilibrium surface state of SmA phase after 30 minutes of relaxation at room temperature. SNOM ima...
Figure 8: Periodic structure formation in the nematic phase at 38 °С. Topographical (a) and optical (b) SNOM ...
Figure 9: SNOM image of LC film on the Si substrate at 46 °С (isotropic liquid).
Figure 10: Schematic illustration of smectic layer configurations, with smectic layers (white), substrate (bla...
Figure 11: Schematic optical diagram of the interferometric surface structure analyzer (ISSA).
Figure 12: Liquid crystalline display substrate a) without a material; b) a 3D reconstruction of the display w...
Figure 13: Schematic diagram of the CryoSNOM produced by CDP System Corp. (http://www.cdpsystems.com/moscan.ht...
Figure 14: SEM photo of the SNOM probe in the topographical regime, where the scales represent Al metallizatio...
Figure 15: Schematic illustration of operational regions of SNOM and AFM.