ORGANIC MATERIALS FOR ORGANIC SOLAR CELLS AND MOLECULAR ELECTRONICS. SYNTHESIS, SPECTROSCOPIC STUDIES AND APPLICATION IN SOLAR DEVICES. (Q3156601): Difference between revisions

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(‎Changed label, description and/or aliases in en: translated_label)
(‎Removed claim: summary (P836): THIS PROJECT AIMS TO ADDRESS THE VARIOUS ORGANIC COMPONENTS INVOLVED IN PHOTOVOLTAIC DEVICES OF MASSIVE HETEROUNION (BHJ). ON THE ONE HAND, NEW GIVER MOLECULES FROM TWO DIFFERENT FAMILIES WILL BE DESIGNED AND SYNTHESISED: D-A-D SYSTEMS BASED ON PORPHYRINS AND BASED ON CONJUGATED OLIGOMERS, CONTAINING THIOPHENE RINGS. THE DESIGN WILL TAKE INTO ACCOUNT THE PLANARITY OF THE MOLECULES, THE RELATIONSHIP BETWEEN THE VOLTAGE AND CURRENT OF THE DEVICE...)
Property / summary
THIS PROJECT AIMS TO ADDRESS THE VARIOUS ORGANIC COMPONENTS INVOLVED IN PHOTOVOLTAIC DEVICES OF MASSIVE HETEROUNION (BHJ). ON THE ONE HAND, NEW GIVER MOLECULES FROM TWO DIFFERENT FAMILIES WILL BE DESIGNED AND SYNTHESISED: D-A-D SYSTEMS BASED ON PORPHYRINS AND BASED ON CONJUGATED OLIGOMERS, CONTAINING THIOPHENE RINGS. THE DESIGN WILL TAKE INTO ACCOUNT THE PLANARITY OF THE MOLECULES, THE RELATIONSHIP BETWEEN THE VOLTAGE AND CURRENT OF THE DEVICE WITH ITS HOMO AND LUMO ORBITALS, ALSO CONSIDERING THOSE OF THE ACCEPTOR MOLECULA. _x000D_ in addition NEW DERIVED DERIVED OF LOW LIGHT Fullerene, WITH BEING STUDIES as a molecula accepted in FOTOVOLTAIC PROVISIONS WITH LOW DADORS GAP._x000D_ IN FAMILY AMBAS, the Existing Relationship between the MOLECULAR STRUCTURE and its REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY will be studied. FOR THE STUDY, A WIDE RANGE OF SPECTROSCOPICAL, PHOTOPHSICAS AND ELECTROCHEMICAL TECHNIQUES WILL BE USED WITH THE CHEMICAL-QUANTIC CALCULATION. Both types of molecules, givers and acceptors shall be used in the construction of photovoltaic devices and their PHOTOVOLTAIC parametres shall be measured._x000D_ ADEMAS, AND THE IMPORTANCE OF THE STUDY OF THE CARE TRANSPORT IN electroactive molecules, new OLIGOMERS CONJUGED OF DIFFERENT LONGITUD, TYPE TYPE P AS OF TYPE N (Wood LESS STUDED) BASED in thiophene and its role as SEMICONDUCTORS._x000D_ FOR OTHER PART, the use of GRAFENO as a MATERIAL OF EXCEPCIONAL ELECTRONIC PROPERTYS IN A GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATED IN GREAT MEASURE OF THE CAPACITY OF THESE OWNERS, AND IN PARTICULAR TO MODULAR YOUR WORKING FUNCTION. For this reason, we intend to BELOP A SYSTEMAL STUDY OF THE FUNCTION OF WORKING in graphene, differently functionalised, as well as the FUNCIONALISATION AND THE STUDY OF YOUR PROPESES OF GRAFENO doped SUBSTITUCTIONALLY WITH N, B, OR SI._x000D_ FINALMENT, we intend to DURANT THIS PROJECT to open a new line of sensors based on carbon dioxide. (English)
 
Property / summary: THIS PROJECT AIMS TO ADDRESS THE VARIOUS ORGANIC COMPONENTS INVOLVED IN PHOTOVOLTAIC DEVICES OF MASSIVE HETEROUNION (BHJ). ON THE ONE HAND, NEW GIVER MOLECULES FROM TWO DIFFERENT FAMILIES WILL BE DESIGNED AND SYNTHESISED: D-A-D SYSTEMS BASED ON PORPHYRINS AND BASED ON CONJUGATED OLIGOMERS, CONTAINING THIOPHENE RINGS. THE DESIGN WILL TAKE INTO ACCOUNT THE PLANARITY OF THE MOLECULES, THE RELATIONSHIP BETWEEN THE VOLTAGE AND CURRENT OF THE DEVICE WITH ITS HOMO AND LUMO ORBITALS, ALSO CONSIDERING THOSE OF THE ACCEPTOR MOLECULA. _x000D_ in addition NEW DERIVED DERIVED OF LOW LIGHT Fullerene, WITH BEING STUDIES as a molecula accepted in FOTOVOLTAIC PROVISIONS WITH LOW DADORS GAP._x000D_ IN FAMILY AMBAS, the Existing Relationship between the MOLECULAR STRUCTURE and its REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY will be studied. FOR THE STUDY, A WIDE RANGE OF SPECTROSCOPICAL, PHOTOPHSICAS AND ELECTROCHEMICAL TECHNIQUES WILL BE USED WITH THE CHEMICAL-QUANTIC CALCULATION. Both types of molecules, givers and acceptors shall be used in the construction of photovoltaic devices and their PHOTOVOLTAIC parametres shall be measured._x000D_ ADEMAS, AND THE IMPORTANCE OF THE STUDY OF THE CARE TRANSPORT IN electroactive molecules, new OLIGOMERS CONJUGED OF DIFFERENT LONGITUD, TYPE TYPE P AS OF TYPE N (Wood LESS STUDED) BASED in thiophene and its role as SEMICONDUCTORS._x000D_ FOR OTHER PART, the use of GRAFENO as a MATERIAL OF EXCEPCIONAL ELECTRONIC PROPERTYS IN A GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATED IN GREAT MEASURE OF THE CAPACITY OF THESE OWNERS, AND IN PARTICULAR TO MODULAR YOUR WORKING FUNCTION. For this reason, we intend to BELOP A SYSTEMAL STUDY OF THE FUNCTION OF WORKING in graphene, differently functionalised, as well as the FUNCIONALISATION AND THE STUDY OF YOUR PROPESES OF GRAFENO doped SUBSTITUCTIONALLY WITH N, B, OR SI._x000D_ FINALMENT, we intend to DURANT THIS PROJECT to open a new line of sensors based on carbon dioxide. (English) / rank
Normal rank
 
Property / summary: THIS PROJECT AIMS TO ADDRESS THE VARIOUS ORGANIC COMPONENTS INVOLVED IN PHOTOVOLTAIC DEVICES OF MASSIVE HETEROUNION (BHJ). ON THE ONE HAND, NEW GIVER MOLECULES FROM TWO DIFFERENT FAMILIES WILL BE DESIGNED AND SYNTHESISED: D-A-D SYSTEMS BASED ON PORPHYRINS AND BASED ON CONJUGATED OLIGOMERS, CONTAINING THIOPHENE RINGS. THE DESIGN WILL TAKE INTO ACCOUNT THE PLANARITY OF THE MOLECULES, THE RELATIONSHIP BETWEEN THE VOLTAGE AND CURRENT OF THE DEVICE WITH ITS HOMO AND LUMO ORBITALS, ALSO CONSIDERING THOSE OF THE ACCEPTOR MOLECULA. _x000D_ in addition NEW DERIVED DERIVED OF LOW LIGHT Fullerene, WITH BEING STUDIES as a molecula accepted in FOTOVOLTAIC PROVISIONS WITH LOW DADORS GAP._x000D_ IN FAMILY AMBAS, the Existing Relationship between the MOLECULAR STRUCTURE and its REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY will be studied. FOR THE STUDY, A WIDE RANGE OF SPECTROSCOPICAL, PHOTOPHSICAS AND ELECTROCHEMICAL TECHNIQUES WILL BE USED WITH THE CHEMICAL-QUANTIC CALCULATION. Both types of molecules, givers and acceptors shall be used in the construction of photovoltaic devices and their PHOTOVOLTAIC parametres shall be measured._x000D_ ADEMAS, AND THE IMPORTANCE OF THE STUDY OF THE CARE TRANSPORT IN electroactive molecules, new OLIGOMERS CONJUGED OF DIFFERENT LONGITUD, TYPE TYPE P AS OF TYPE N (Wood LESS STUDED) BASED in thiophene and its role as SEMICONDUCTORS._x000D_ FOR OTHER PART, the use of GRAFENO as a MATERIAL OF EXCEPCIONAL ELECTRONIC PROPERTYS IN A GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATED IN GREAT MEASURE OF THE CAPACITY OF THESE OWNERS, AND IN PARTICULAR TO MODULAR YOUR WORKING FUNCTION. For this reason, we intend to BELOP A SYSTEMAL STUDY OF THE FUNCTION OF WORKING in graphene, differently functionalised, as well as the FUNCIONALISATION AND THE STUDY OF YOUR PROPESES OF GRAFENO doped SUBSTITUCTIONALLY WITH N, B, OR SI._x000D_ FINALMENT, we intend to DURANT THIS PROJECT to open a new line of sensors based on carbon dioxide. (English) / qualifier
point in time: 12 October 2021
Timestamp+2021-10-12T00:00:00Z
Timezone+00:00
CalendarGregorian
Precision1 day
Before0
After0
 

Revision as of 15:56, 12 October 2021

Project Q3156601 in Spain
Language Label Description Also known as
English
ORGANIC MATERIALS FOR ORGANIC SOLAR CELLS AND MOLECULAR ELECTRONICS. SYNTHESIS, SPECTROSCOPIC STUDIES AND APPLICATION IN SOLAR DEVICES.
Project Q3156601 in Spain

    Statements

    country
    Spain
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    EU contribution
    121,968.0 Euro
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    budget
    152,460.0 Euro
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    co-financing rate
    80.0 percent
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    start time
    30 December 2016
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    end time
    29 December 2019
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    beneficiary name (string)
    UNIVERSIDAD DE CASTILLA-LA MANCHA
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    coordinate location

    39°51'21.85"N, 4°1'26.26"W
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    postal code
    45168
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    summary
    EN EL PRESENTE PROYECTO SE PRETENDEN ABORDAR LOS DIVERSOS COMPONENTES ORGANICOS QUE PARTICIPAN EN DISPOSITIVOS FOTOVOLTAICOS DE HETEROUNION MASIVA (BHJ). POR UNA PARTE, SE DISEÑARAN Y SINTETIZARAN NUEVAS MOLECULAS DADORAS DE DOS FAMILIAS DIFERENTES: SISTEMAS D-A-D BASADOS EN PORFIRINAS Y BASADOS EN OLIGOMEROS CONJUGADOS, CONTENIENDO ANILLOS DE TIOFENO. EN EL DISEÑO SE TENDRA EN CUENTA LA PLANARIDAD DE LAS MOLECULAS, LA RELACION EXISTENTE EL VOLTAJE Y LA CORRIENTE DEL DISPOSITIVO CON SUS ORBITALES HOMO Y LUMO, CONSIDERANDO TAMBIEN LOS DE LA MOLECULA ACEPTORA. _x000D_ ADEMAS SE SINTETIZARAN NUEVOS DERIVADOS DE FULLERENO DE BAJO LUMO, CON OBJETO DE SER ESTUDIADOS COMO MOLECULA ACEPTORA EN DISPOSITIVOS FOTOVOLTAICOS CON DADORES DE BAJO GAP._x000D_ EN AMBAS FAMILIAS, SE ESTUDIARA LA RELACION EXISTENTE ENTRE LA ESTRUCTURA MOLECULAR Y SU COMPORTAMIENTO REDOX, PROPIEDADES ELECTRONICAS, OPTICAS Y DE TRANSPORTE. PARA EL ESTUDIO SE UTILIZARAN UNA AMPLIA GAMA DE TECNICAS ESPECTROSCOPICAS, FOTOFISICAS Y ELECTROQUIMICAS CON EL CALCULO QUIMICO-CUANTICO. AMBOS TIPOS DE MOLECULAS, DADORAS Y ACEPTORAS SE EMPLEARAN EN LA CONSTRUCCION DE DISPOSITIVOS FOTOVOLTAICOS Y SE MEDIRAN SUS PARAMETROS FOTOVOLTAICOS._x000D_ ADEMAS, Y DADA LA IMPORTANCIA DEL ESTUDIO DEL TRANSPORTE DE CARGA EN MOLECULAS ELECTROACTIVAS, SE ESTUDIARAN NUEVOS OLIGOMEROS CONJUGADOS DE DIFERENTE LONGITUD, TANTO DE TIPO P COMO DE TIPO N (MUCHO MENOS ESTUDIADOS) BASADOS EN TIOFENO Y SU COMPORTAMIENTO COMO SEMICONDUCTORES._x000D_ POR OTRA PARTE, EL USO DEL GRAFENO COMO MATERIAL DE EXCEPCIONALES PROPIEDADES ELECTRONICAS EN UN GRAN NUMERO DE APLICACIONES TECNOLOGICAS DEPENDERA EN GRAN MEDIDA DE LA CAPACIDAD DE MODULAR ESTAS PROPIEDADES, Y EN PARTICULAR MODULAR SU FUNCION DE TRABAJO. POR ESTA RAZON, PRETENDEMOS LLEVAR A CABO UN ESTUDIO SISTEMATICO DE LA FUNCION DE TRABAJO EN GRAFENOS, DIFERENTEMENTE FUNCIONALIZADOS, ASI COMO LA FUNCIONALIZACION Y EL ESTUDIO DE SUS PROPIEDADES DE GRAFENO DOPADO SUBSTITUCIONALMENTE CON N, B, O SI._x000D_ FINALMENTE, PRETENDEMOS DURANTE ESTE PROYECTO ABRIR UNA NUEVA LINEA DE SENSORES BASADOS EN NANOCUERNOS DE CARBONO. (Spanish)
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    location (string)
    Toledo
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    Identifiers

    Spanish Kohesio ID
    CTQ2016-79189-R
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