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Skinlike Disposable Tattoo on Elastic Rubber Adhesive with Silver Particles Penetrated Electrode for Multipurpose Applications.

Seoungwoong ParkMingyeong KimDain KwakGaHyeon ImJong-Jin Park
Published in: ACS applied materials & interfaces (2018)
We propose a silver precursor with in situ reduction under an adhesive substrate with a silver precursor penetration effect. It shows a high durability under mechanical deformation resulting from the composite form of the Ag-penetrated electrode adhesive. This stretchable electrode in which the silver particles are tightly penetrated into the adhesive with a confining effect can be used for various purposes since it offers water-proof properties and a high mechanical stability up to 70% strain, radius of curvature 0.5 mm ( R/ R0< 1.5), and electrical resistance of 0.58 ± 0.063 kΩ □-1 by adhering to the multipurpose application.
Keyphrases
  • gold nanoparticles
  • silver nanoparticles
  • carbon nanotubes
  • quantum dots
  • solid state