Vyzkumny Ustav Organickych Syntez

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	Nanocomposites with High Colouration Efficiency for Electrochromic Smart Plastic Devices NANOEFFECTS 2004 - 2007 Sujets : Scientific Research, Materials Technology Other Indexes:Nanotechnology,chemical nanotechnology,electrochromic sunglasses,electrochronism,intrinsically conductive polymers,organic nanocomposites,smart devices,transparent plastic conductors Type de contrat : Specific Targeted Research Project Participants : FRAUNHOFER GESELLSCHAFT ZUR FOERDERUNG DER ANGEWANDTEN FORSCHUNG E.V. DEUTSCHLAND FRAUNHOFER GESELLSCHAFT ZUR FOERDERUNG DER ANGEWANDTEN FORSCHUNG E.V. Research FRAUNHOFER-INSTITUT SILICATFORSCHUNG (ISC), BUSINESS FIELD SURFACE TECHNOLOGY / FUNCTIONAL COATINGS Hansastrasse 27C DEUTSCHLAND FUNDACION CIDETEC - CENTRO DE TECNOLOGICAS ELECTROQUIMICAS ESPAÑA FUNDACION CIDETEC - CENTRO DE TECNOLOGICAS ELECTROQUIMICAS Research NEW MATERIALS DEPARTMENT Paseo Miramon 196 ESPAÑA FABRICA ESPANOLA DE CONFECCIONES S.A. ESPAÑA FABRICA ESPANOLA DE CONFECCIONES S.A. Industry DEPARTAMENTO DE I+D Calle Acacias 3 ESPAÑA MICROELECTRONICA MASER S.L. ESPAÑA MICROELECTRONICA MASER S.L. Industry MICROELECTRONICA MASER S.L. Poligono Industrial Ibaitarte nº 3 ESPAÑA CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE FRANCE CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE Research INSTITUT DE CHIMIE DE LA MATIERE CONDENSEE DE BORDEAUX BP 287 Rue Michel Ange 3 FRANCE VYZKUMNY USTAV ORGANICKYCH SYNTEZ A.S. CESKA REPUBLIKA VYZKUMNY USTAV ORGANICKYCH SYNTEZ A.S. Industry RESEARCH COLOURANTS DEPARTMENT OF PROCESS ENGINEERING Rybitvi 296 CESKA REPUBLIKA HYDRO-QUEBEC CANADA HYDRO-QUEBEC Research INSTITUT DE RECHERCHE D HYDRO-QUEBEC 75, Boulevard Rene-Levesque Ouest CANADA UNIVERSIDADE DO MINHO PORTUGAL UNIVERSIDADE DO MINHO Education CFUM, PHYSICS DEPARTMENT, GRF-FUNCTIONAL COATINGS GROUP The Rectory, Largo do Paco PORTUGAL CONSORZIO INTERUNIVERSITARIO NAZIONALE PER LA SCIENZA E TECNOLOGIA DEI MATERIALI ITALIA CONSORZIO INTERUNIVERSITARIO NAZIONALE PER LA SCIENZA E TECNOLOGIA DEI MATERIALI Research INSTM RESEARCH UNIT OF MILANO-BICOCCA C/O DEPARTMENT OF MATERIALS SCIENCE-UNIV. MILANO BICCOCA Via Benedetto Varchi 59 ITALIA VYZKUMNY USTAV ORGANICKYCH SYNTEZ Czech Republic VYZKUMNY USTAV ORGANICKYCH SYNTEZ Industry RESEARCH COLOURANTS DEPARTMENT OF PROCESS ENGINEERING Rybitvi 296 Czech Republic Essilor International France Essilor International Industry Service Central Sécurité & Environnement 147,Rue de Paris 94227 France SOLEMS France SOLEMS Industry SOLEMS S.A. 3 Rue Leon Blum France SOLVIONIC France SOLVIONIC Industry SOLVIONIC SA Parc Technologique - Delta Sud France VACMINHO REVESTIMENTOS E ENGENHARIA DE SUPERFICIES Portugal VACMINHO REVESTIMENTOS E ENGENHARIA DE SUPERFICIES Industry VACMINHO - REVESTIMENTOS E ENGENHARIA DE SUPERFICIES LDA Praca Conde de Agrolongo 39 Portugal FABRICA ESPANOLA DE CONFECCIONES Spain FABRICA ESPANOLA DE CONFECCIONES Industry DEPARTAMENTO DE I+D Calle Acacias 3 Spain MICROELECTRONICA MASER Spain MICROELECTRONICA MASER Industry MICROELECTRONICA MASER S.L. Poligono Industrial Ibaitarte nº 3 Spain Hide objective Inorganic-organic (hybrid) Nan composites have become a new, versatile class of materials, exhibiting a vast application potential, due to their tailor able mechanical, optical and electrical properties. At the same time, there are still major drawbacks obstructing a broader exploitation of electro chromic technologies, e.g. high costs, poor colouration efficiency or lacking compatibility with plastic substrates. The STRP NANOEFFECTS will realize a major step to overcome these limitations by a new, integrated approach that utilizes the potential of chemical Nan technology to create a technology of horizontal economic interest. The main project outputs will be novel multifunctional hybrid Nan composite coatings with high colouration efficiency, and, based thereupon, smart all-plastic devices, with outstanding performance in terms of cost-effectiveness, durability and electro chromic switching characteristics. The pilot application will be smart sunglasses; the feasibility of smart textiles will be evaluated. NANOEFFECTS will explore the frontiers of knowledge in electrochromism and lead to a scientific breakthrough by creating nonmaterial with yet unknown property profiles. The project closely addresses main objectives of Thematic Priority NMP and important societal needs of the community (e.g. quality of life). A significant strategic impact (highly innovative products endowed with true competitive advantages, new avenues of research towards new potential applications) will result. The work will be performed by a well-balanced consortium (a total of 12 partners from 1 new member, 1 third, and 5 member states; 4 of them SME, 2 of them from a less favoured region), which is highly complementary in terms of scientific expertise, personal skills and uniqueness of equipment. The integration of the participant?s know-how and resources will provide significant added value and enable the consortium to carry out the project in an efficient and successful way. Source : cordis