Dati Progetto

Num. Contratto

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247928

Coordinatore

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ENEA (Italia)

Responsabile ENEA

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ANTOLINI FRANCESCO - NUC-FUSEN-TEN (FRASCATI)

Sito WEB

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Sito WEB non disponibile

Descrizione

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The project described in this proposal aims at developing a new methodology to obtain semiconductor quantum dots (QDs) region-selectively in a polymeric matrix by means of a heating probe (laser). This new method is designed to produce light emitting devices (LED/T) based on semiconductor/polymer nano-composite emission without using lithographic processes. This type of effect is possible because, after being heated, certain types of molecules produce metal or semiconductor QDs. If this process is carried out in polymeric foil, the resulting nano-composite can be used for several purposes. It may be particularly appealing for industrial applications since it results in conducting/semiconducting micro/nano-regions in predetermined areas of the polymer without any patterning process. The potential applications of this technology can be utilized in many fields such as memory data storage, labelling of goods and, as proposed in this project, for the construction of displays. Producing a LED/T with this methodology requires selecting several types of polymers, metal-thiolate precursors (both metal and thiol group), lasers and LED/T architectures. To simplify the concept, the whole process sequence involves material synthesis as the first step, then the formation of the polymer/precursor foil, its laser irradiation in specific regions so that only the irradiated region will be enriched with QD, and, finally, testing the LED/T. Combining the electro-optical properties of QDs, the ease of processing of polymers and the use of laser will allow for the construction of a light-emitting device (LED/T) with increased life-time as well as obtaining matrices of LED/Ts (pixels) without any patterning or inkjet processing. The expected results of this project are: i) understanding the mechanism of the nano-composites formation in situ and its optimization and ii) the formation of LED/T with enhanced electro-optical properties (QDs) without the use of any patterning process.

Attività svolta da ENEA

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L'ENEA coordina il progetto ed è responsabile dei workpackage:ù WP 1 management; WP 2 produzione di molecole metallo-organiche, WP 9 dissemination and exploitation.

Programma Quadro

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Settimo Programma Quadro R&ST (2007-2013)

Programma UE

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ICT (2007-2013)

Tipo Progetto

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CP - Progetto di collaborazione

Riferimenti ENEA

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Posizione: 1123

Atto di Approvazione ENEA: 304/2010/COMM

Codice Atto: IO046

Unità alla stipula: UTTMATF

Dati Finanziari (in euro)

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Costo eleggibile del progetto: 3.200.000,00 Costo eleggibile per ENEA: 627.823,00

Contributo al progetto: 2.300.000,00 Contributo a ENEA: 471.617,00

Durata

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Anno di stipula: 2010

Durata (in mesi): 36

Data di inizio: 01-06-2010

Data di scadenza: 31-05-2013

Partner (7)

Ruolo	Tipologia	Nome	Nazione
	Istituti di ricerca	JOANNEUM RESEARCH FORSCHUNGSGESELLSCHAFT M.B.H.	Austria
	Università	UNIV. BERGISCHE WUPPERTAL	Germania
	Istituti di ricerca	CENTRO RICERCHE FIAT	Italia
	Istituti di ricerca	CNR - CONSIGLIO NAZIONALE DELLE RICERCHE	Italia
COORD	Istituti di ricerca	ENEA	Italia
	Industrie	EKSPLA UAB	Lituania
	Università	THE UNIVERSITY COURT OF THE UNIVERSITY OF ST ANDREWS	Regno Unito

Keyword associate al progetto dal database di CORDIS (2)

Keyword
ENERGY STORAGE, ENERGY, TRANSPORT
Laser technology

Altre Keyword non presenti nel database di CORDIS (5)

Altri indici
Laser technologies
Nanocomposites
Oled
Olet
Quantum dots