2 article(s) from Moosmann, Markus
Biological role models of air-retaining Salvinia effect surfaces. a) The floating fern Salvinia mol...
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Representation of the measurement of the air–water interface on submerged structures performed in t...
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Architecture of the epoxy replica samples used in this study. a) SEM image of a sample with micro-p...
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Photographic images of a submerged air-retaining sample with micro-pillars taken over a duration of...
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AFM images (a, c) and the corresponding cross-sections (red lines in b, d) of the sample. The image...
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Two possibilities for the contact between AFM tip and air–water interface: a) the interface is pinn...
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Force–distance curve measured at the air–water interface of a submerged air-retaining sample. Posit...
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a) AFM image in contact mode taken on a submerged air-retaining sample with an applied force of 6.4...
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Water depth relative to the pillar tops as a function of force applied during scanning. For each da...
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An artistic 3D representation of the air–water interface, which does not represent actual measureme...
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Beilstein J. Nanotechnol. 2017, 8, 1671–1679, doi:10.3762/bjnano.8.167
Schematic drawing of the polymer-blend lithography process. After spin-coating in a controlled atmo...
Preparation of a densely packed SAM, performed in the vapor phase within a desiccator.
Fabrication of a two-phase SAM template spin-cast at a humidity of 45%. (a) Schematic drawing of th...
Dependence of the PS island diameter and height by varying the molar mass of PS. (a) AFM images of ...
Fabrication of a three-phase SAM template spin cast at the humidity of 65%. (a) Schematic drawing o...
Beilstein J. Nanotechnol. 2012, 3, 620–628, doi:10.3762/bjnano.3.71
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