Novel materials with optical properties for anti-counterfeiting paper
Novel materials with optical properties for anti-counterfeiting paper
Acronym: OPTIPAPER; grant 497PED/02/11/2020; UEFISCDI Code: PN-III-P2-2.1-PED-2019-4825; November 2020 - October 2022
Home Objectives Budget Stages Results Research Team Contact
-1 Research report: Optimized polymer composites with R, G, B emission as anticounterfeiting elements for security papers.
-1 paper published in ISI journals referring to particulate R, G, B composites
as
counterfeiting elements
L. Stan, I. Volf, T. Malutan, M.S. Secula, C.S. Stan, Photoluminescent polymer cryogels with tunable porosity and R, G, B emission, Journal of Inorganic and Organometallic Polymers and Materials.
-1 Research report: The methodology of embedding optical complex elements in
paper matrix both in the structure and at the surface, evaluation of the
functional characteristics of the security paper
-1 Patent request registration for the specifically designed security papers
including the new paper formulations
Stan C.S. , Malutan T, Albu C., Complecși Foto polimerizabili Fluorescenți Utilizabili la Obținerea Hârtiei Securizate, A100554 /09.09.2022
-1 paper in a high impact Journal reporting the newly developed
anti-counterfeiting method
Loredana Stan, Irina Volf*, Teodor Malutan, Marcel Popa, Camelia E. Tincu, Corneliu S. Stan, Photoluminescent polymer aerogels with R, G, B emission, MDPI-Polymer Networks
Marius Secula, Teodor, Malutan, Corneliu Stan, Trends in functionalized paper for anti-counterfeiting applications, Journal of Nanomaterials
-1 Laboratory scale technology for security papers manufacturing using the new photoluminescent composites and CNDs as anti-counterfeiting agents.
-1 Final research Report.
