Project Objectives

 

The main idea of ​​NanOrganic is to create a full organic electronic technology which includes:

a) the development of advanced organic semiconductors (polymers and small molecules), transparent electrodes and nano-structural barrier materials with printing techniques and vacuum, characterized by improved properties (optical, electrical, structural) and morphology, by determining the chemical microstructure,

b) the combination of printing technologies and vacuum for the development of organic electronic devices such as a hard and flexible substrates such as organic photovoltaics (OPVs) and organic circuits (Organic Thin Film Transistor-OTFT) under NanOrganic

c) the compatibility of materials and technical development processes scale and low cost (large-scale, low-cost) for direct application in industrial scale to manufacture electronic devices on polymeric substrates. To achieve these objectives, the NanOrganic combines all the Greek excellence and expertise in this area.

The technology developed in NanOrganic can be used beyond the scope of the project, to produce a variety of other organic electronic devices such as sensors, OLEDs, RFIDs, etc., or more complex electronic devices and systems.



 
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