Measurement of conformability and adhesion energy of polymeric ultrathin film to skin model

We measured the conformability and adhesion energy of a polymeric ultrathin film "nanosheet with hundreds of nanometer thickness to a skin model with epidermal depressions. To compare the confirmability of the nanosheets with different thicknesses and/or under different attaching conditions, we...

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Veröffentlicht in:Japanese Journal of Applied Physics 2018-06, Vol.57 (6S1), p.6
Hauptverfasser: Sugano, Junki, Fujie, Toshinori, Iwata, Hiroyasu, Iwase, Eiji
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container_title Japanese Journal of Applied Physics
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creator Sugano, Junki
Fujie, Toshinori
Iwata, Hiroyasu
Iwase, Eiji
description We measured the conformability and adhesion energy of a polymeric ultrathin film "nanosheet with hundreds of nanometer thickness to a skin model with epidermal depressions. To compare the confirmability of the nanosheets with different thicknesses and/or under different attaching conditions, we proposed a measurement method using skin models with the same surface profile and defined the surface strain S as the quantified value of the conformability. Then, we measured the adhesion energy of the nanosheet at each conformability through a vertical tensile test. Experimental results indicate that the adhesion energy does not depend on the liquid used in wetting the nanosheet before attaching to the skin model and increases monotonously as the surface strain S increases.
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subjects Adhesion tests
Energy measurement
Nanosheets
Polymer films
Skin
Tensile tests
Thickness
Thin films
Wetting
title Measurement of conformability and adhesion energy of polymeric ultrathin film to skin model
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