A Nanofibre Tag

Michal Jędrzej Radziwon, Stefan Johansen, Horst-Günter Rubahn

Publikation: Konferencebidrag uden forlag/tidsskriftPosterForskning

Resumé

With contemporary easiness of access to advanced printing technologies and rapid prototyping
machinery, genuine marking becomes a great challenge for manufacturers who want to protect their
products from counterfeiting. This issue can be addressed by usage of unique marking techniques,
based on stochastic generation of marking templates. Difficulty of manual manipulation of
nanofibres, together with simplicity of their optical examination, makes them preferred candidates for
such applications. Fibres obtained by molecular beam epitaxy of parahexaphenylene (p6P), form a
unique pattern, which can be imaged under UV illumination by a CCD camera equipped with 5x
objective. With use of Radon transform, off-axis angles and coordinates of fibre’s terminations can be
extracted, and used as a set of data uniquely describing a given sample. Comparison of this set, with
database entry allows an easy and quick determination of product authenticity.
OriginalsprogEngelsk
Publikationsdato7. okt. 2011
Antal sider6
StatusUdgivet - 7. okt. 2011
BegivenhedKNS - 9th. Students' Scientific Conference Man-civilization-future - Będlewo, Polen
Varighed: 7. okt. 20119. okt. 2011

Konference

KonferenceKNS - 9th. Students' Scientific Conference Man-civilization-future
LandPolen
ByBędlewo
Periode07/10/201109/10/2011

Fingeraftryk

Nanofibers
Radon
Fibers
Rapid prototyping
CCD cameras
Molecular beam epitaxy
Machinery
Printing
Lighting

Citer dette

Radziwon, M. J., Johansen, S., & Rubahn, H-G. (2011). A Nanofibre Tag. Poster session præsenteret på KNS - 9th. Students' Scientific Conference Man-civilization-future, Będlewo, Polen.
Radziwon, Michal Jędrzej ; Johansen, Stefan ; Rubahn, Horst-Günter. / A Nanofibre Tag. Poster session præsenteret på KNS - 9th. Students' Scientific Conference Man-civilization-future, Będlewo, Polen.6 s.
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abstract = "With contemporary easiness of access to advanced printing technologies and rapid prototyping machinery, genuine marking becomes a great challenge for manufacturers who want to protect their products from counterfeiting. This issue can be addressed by usage of unique marking techniques, based on stochastic generation of marking templates. Difficulty of manual manipulation of nanofibres, together with simplicity of their optical examination, makes them preferred candidates for such applications. Fibres obtained by molecular beam epitaxy of parahexaphenylene (p6P), form a unique pattern, which can be imaged under UV illumination by a CCD camera equipped with 5x objective. With use of Radon transform, off-axis angles and coordinates of fibre’s terminations can be extracted, and used as a set of data uniquely describing a given sample. Comparison of this set, with database entry allows an easy and quick determination of product authenticity.",
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Radziwon, MJ, Johansen, S & Rubahn, H-G 2011, 'A Nanofibre Tag' KNS - 9th. Students' Scientific Conference Man-civilization-future, Będlewo, Polen, 07/10/2011 - 09/10/2011, .

A Nanofibre Tag. / Radziwon, Michal Jędrzej; Johansen, Stefan ; Rubahn, Horst-Günter.

2011. Poster session præsenteret på KNS - 9th. Students' Scientific Conference Man-civilization-future, Będlewo, Polen.

Publikation: Konferencebidrag uden forlag/tidsskriftPosterForskning

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N2 - With contemporary easiness of access to advanced printing technologies and rapid prototyping machinery, genuine marking becomes a great challenge for manufacturers who want to protect their products from counterfeiting. This issue can be addressed by usage of unique marking techniques, based on stochastic generation of marking templates. Difficulty of manual manipulation of nanofibres, together with simplicity of their optical examination, makes them preferred candidates for such applications. Fibres obtained by molecular beam epitaxy of parahexaphenylene (p6P), form a unique pattern, which can be imaged under UV illumination by a CCD camera equipped with 5x objective. With use of Radon transform, off-axis angles and coordinates of fibre’s terminations can be extracted, and used as a set of data uniquely describing a given sample. Comparison of this set, with database entry allows an easy and quick determination of product authenticity.

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Radziwon MJ, Johansen S, Rubahn H-G. A Nanofibre Tag. 2011. Poster session præsenteret på KNS - 9th. Students' Scientific Conference Man-civilization-future, Będlewo, Polen.