Printed Electronics and Smart Packaging
Provider: Ministerstvo školství, mládeže a tělovýchovy
Programme: COST
Implementation period: 01.04.14 - 30.04.16
Workplace:
Fakulta chemicko-technologická - Katedra polygrafie a fotofyziky
Investigator: Držková MarkétaTeam member: Syrový Tomáš
Description:
The aim of the proposed project is to enhance the knowledge of two types of functional materials with the perspective of use in different fields including printed electronics and smart packaging. One part of the research concerns the investigation of inorganic luminescent compounds based on sulphides and oxides with the goal to synthetize particles with photo- and electroluminescent properties and to describe their behaviour with the emphasis on the influence of doping and interaction with the polymer binder on the luminescent characteristics. The second part of the research deals with materials for leuco-dye-based thermochromic systems. The first objective is to find the principle of the interaction of their components and to study their static and dynamic properties. Next, the change in dynamic properties due to the encapsulation of thermochromic systems and the behaviour of resulting thermochromic pigments after deposition on a paper substrate will be investigated.
The aim of the proposed project is to enhance the knowledge of two types of functional materials with the perspective of use in different fields including printed electronics and smart packaging. One part of the research concerns the investigation of inorganic luminescent compounds based on sulphides and oxides with the goal to synthetize particles with photo- and electroluminescent properties and to describe their behaviour with the emphasis on the influence of doping and interaction with the polymer binder on the luminescent characteristics. The second part of the research deals with materials for leuco-dye-based thermochromic systems. The first objective is to find the principle of the interaction of their components and to study their static and dynamic properties. Next, the change in dynamic properties due to the encapsulation of thermochromic systems and the behaviour of resulting thermochromic pigments after deposition on a paper substrate will be investigated.
