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Packaging materials / Relief printing / Packaging / Planographic printing / Flexography / Inkjet printer / Offset printing / Photopolymer / Paper / Printing / Technology / Visual arts


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Document Date: 2014-04-09 15:31:41

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City

Toronto / /

Company

BP / /

Country

France / Russia / Canada / Finland / /

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Facility

Ryerson University / VTT Technical Research Centre / Tomislav Cigula University of Zagreb Faculty / Media Beuth Hochschule Berlin University of Applied Sciences / /

IndustryTerm

printing ink transfer / printing plate making process / printing ink / printing plate / inkjet printing / printing / flexographic printing plate / free energy / printing substrate / printing technique / printing process / flexographic printing plates / physico-chemical surface characteristics / inkjet printing technology / frequency filtering applications / mobile media / printing plates / surface free energy components / energy / /

Organization

Tomislav Cigula University of Zagreb Faculty of Graphic Arts Getaldićeva / Ryerson University / US Federal Reserve / Informatics and Media Beuth Hochschule Berlin University of Applied Sciences / VTT Technical Research Centre of Finland P. / /

Person

Natalia Lumby / Nils Enlund / Tomislav Cigula / Sasan Gooran / Anne Blayo / Shahram Hauck / Denis Mercier / Daniele Sette / Sanja Mahović Poljaček / Christophe Poulain / Hauck Gooran / Natalia Lumby Topicalities Edited / /

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Position

Editor-in-Chief / /

PublishedMedium

the UVC post / /

Region

Nordic countries / /

Technology

radiation / X-ray / spectroscopy / radio frequency / inkjet printing technology / /

SocialTag