"ORGANIC THIN FILMS FOR TRANSPARENT AND FLEXIBLE ELECTRONICS" |
ELECTRA |
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Research contract no.: D11-032/2007
Project coordinator: National Institute for Laser, Plasma and Radiation Physics
Project manager: Dr. Bogdana Mitu, mitub@infim.ro
Institutions involved in the project:
1. National Institute for Lasers, Plasma and Radiation Physics (NILPRP)
Low Temperature Plasma Laboratory
Plasma Processes for Funtional Materials and Surfaces
Dr. Bogdana Mitu, mitub@infim.ro
2. Faculty of Physics - University of Bucharest (FF-UB)
Re. Dr. Emil Stefan Barna, e-mail: emil.barna@unibuc.ro
3. Research - Development National Institute for Physics of Materials (NIPM)
Dr. Carmen Plapcianu
General objectives of the project
1. The development of techniques for synthesis in plasma or by wet chemistry of conductive and transparent organic materials and organic-inorganic composites;
2. The investigation of the mechanisms which are promoting the above mentioned properties;
3. The obtaining of transparent polymeric thin films and composites with intrinsic/doped conduction on flexible substrates.
Persons involved in the project:
- PhD: 19 people (5 women)
- PhD students: 10 people (5 women)
- MsC: 5 people (2 women)
Work planning
Stage I. The configuration of plasma polymerization set-ups in the direct discharge and preliminary experiments
2007
Stage II. Production by plasma polymerization of undoped conductive polymers and their characterization
2008
Stage III. Deposition mechanisms of conductive polymeric thin films (with intrinsic conduction and doped from gas phase) obtained by plasma polymerization
2009
Stage IV. Synthesis of doped polymeric thin films and of composites materials consisting in metallic nanoclusters embedded in polymers by chemical and plasma techniques. Study of film properties
2009
Stage V. Transparent and conductive polymeric materials optimised for applications in transparent electronics or alternative fields
2010
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