Transferrable SERS Barcodes

doi:10.1002/admi.202200048

2022-03-28

PRE

DOI：10.1002/admi.202200048

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摘要

En 中文

The demand for encoded surfaces has increased significantly over the past decade driven by the rapid digitalization of the world. Surface-enhanced Raman scattering (SERS) offers unique capabilities in generation of encoded surfaces. The challenge is the limited versatility of SERS-based encoding systems in terms of the applicable surfaces. This study addresses this challenge by using a temporary tattoo approach together with simplified fabrication of SERS-active patterns by ink-jet printing of a particle-free reactive silver ink. Plasmonic silver nanostructures form on the tattoo paper upon ink-jet printing and a brief thermal annealing. The SERS activity is sufficient to detect taggant molecules of rhodamine 6G, methylene blue, and rhodamine B with a nanomolar level sensitivity. Raman-active taggants can be incorporated into the ink, for drop-on-demand patterning of multiple molecules in 1D and 2D barcode geometries. The SERS barcodes can be effectively transferred to a range of different substrates retaining high plasmonic activity and geometric integrity. The presented approach decouples the SERS-active pattern preparation from the final substrate and greatly improves the versatility of the barcodes.

Keyword:

anti-counterfeiting

ink-jet printing

SERS barcodes

temporary tattoo

期刊

Advanced Materials Interfaces

IF:

4.4

论文数:

6.7K

被引数:

2.4W

机构

Erciyes University

学者数:

5.2K

论文数: 4.7K

被引数: 9

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