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1 article(s) from Mishakov, Gennadii V

Periodic structures on liquid-phase smectic A, nematic and isotropic free surfaces

Anna N. Bagdinova,
Evgeny I. Demikhov,
Nataliya G. Borisenko,
Sergei M. Tolokonnikov,
Gennadii V. Mishakov and
Andrei V. Sharkov

Beilstein J. Nanotechnol. 2018, 9, 342–352, doi:10.3762/bjnano.9.34

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Figure 1: Image of the 8CB surface structures on the SmA free surface (a) and in bulk (b), as measured with a...

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Figure 2: (a) Interferometric surface structure analyzer (ISSA) 3D reconstructed image of the SmA surface; (b...

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Figure 3: AFM image of SmA free surface at room temperature.

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Figure 4: SNOM image of SmA free surface at room temperature (a) and its cross-section (b).

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Figure 5: Periodic structure formation after Cry–SmA phase transition at room temperature. Topographical AFM ...

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Figure 6: Periodic SmA structure formation at room temperature after cooling from the nematic phase. Topograp...

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Figure 7: Equilibrium surface state of SmA phase after 30 minutes of relaxation at room temperature. SNOM ima...

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Figure 8: Periodic structure formation in the nematic phase at 38 °С. Topographical (a) and optical (b) SNOM ...

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Figure 9: SNOM image of LC film on the Si substrate at 46 °С (isotropic liquid).

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Figure 10: Schematic illustration of smectic layer configurations, with smectic layers (white), substrate (bla...

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Figure 11: Schematic optical diagram of the interferometric surface structure analyzer (ISSA).

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Figure 12: Liquid crystalline display substrate a) without a material; b) a 3D reconstruction of the display w...

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Figure 13: Schematic diagram of the CryoSNOM produced by CDP System Corp. (http://www.cdpsystems.com/moscan.ht...

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Figure 14: SEM photo of the SNOM probe in the topographical regime, where the scales represent Al metallizatio...

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Figure 15: Schematic illustration of operational regions of SNOM and AFM.

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Full Research Paper

Published 30 Jan 2018

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