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- W2008124433 abstract "Nanovectors technology is a comprehensive solution, which comprises unique luminescent nanolabels, dedicated equipment for reading of the same and verification algorithms – all devoted for anti-forgery protection of valuable objects. Nanovectors themselves have a complex and unique luminescence spectrum fingerprint resulting from the selection of their composition, type and substrates, which make any attempt to fake the spectral information practically impossible. Nanovectors constitute a special code enabling correct identification only for specified measurement conditions. Moreover, nanovectors may be used for marking of a wide range of products such as documents, ID cards, access cards and employee cards, spare parts, elements of packaging, liquids, greases etc. Either entire volume of objects during their production process, pressing in a specified location of an object after production or unique printing on the object’s surface may be conveniently employed. Nanovectors are most often manufactured as invisible security features and, therefore, special tools are necessary to detect their presence. This work was focused on experimental verification of reproducibility of Nanovectors reading and theoretical estimation of maximal number of distinguishable optical codes, which confirmed the ability to unequivocally design thousands of such spectral fingerprints." @default.
- W2008124433 created "2016-06-24" @default.
- W2008124433 creator A5005522083 @default.
- W2008124433 creator A5038861459 @default.
- W2008124433 creator A5057501839 @default.
- W2008124433 date "2013-10-16" @default.
- W2008124433 modified "2023-10-18" @default.
- W2008124433 title "Nanovectors as a complex solution for optical securing" @default.
- W2008124433 doi "https://doi.org/10.1117/12.2029089" @default.
- W2008124433 hasPublicationYear "2013" @default.
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