DEVELOPMENT OF A PORTABLE RAMAN SPECTROELECTROCHEMICAL EQUIPMENT FOR USE WITH SCREEN-PRINTED ELECTRODES (Q3213354): Difference between revisions
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103,831.57 Euro
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| Property / budget: 103,831.57 Euro / rank | |||||||
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80.0 percent
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| Property / co-financing rate: 80.0 percent / rank | |||||||
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83,065.26 Euro
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| Property / EU contribution: 83,065.26 Euro / rank | |||||||
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Revision as of 09:08, 21 October 2021
Project Q3213354 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DEVELOPMENT OF A PORTABLE RAMAN SPECTROELECTROCHEMICAL EQUIPMENT FOR USE WITH SCREEN-PRINTED ELECTRODES |
Project Q3213354 in Spain |
Statements
83,065.26 Euro
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103,831.57 Euro
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80.0 percent
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16 June 2015
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31 December 2016
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DROPSENS, SL
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43°27'16.45"N, 5°51'2.30"W
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33035
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La espectroelectroquímica RAMAN permite obtener información complementaria a la obtenida por la técnica espectroelectroquímica de absorción molecular UV/VIS, sobre todo en la caracterización de nanomateriales. En la actualidad no existen equipos comerciales que permitan la realización de este tipo de experimentos, encontrándose únicamente algún montaje de laboratorio basado en la combinación de componentes de diferentes fabricantes y siempre utilizando celdas electroquímicas convencionales, no habiendo nada para electrodos serigrafiados. La experiencia en diseño y fabricación de electrodos serigrafiados, accesorios e instrumentación electroquímica de que dispone DROPSENS, puede llevar a poner en el mercado un equipo compacto, donde toda la instrumentación necesaria para la realización de medidas de espectroelectroquímica RAMAN esté integrada en un sólo sistema y controlado por un único software y especialmente diseñado para electrodos serigrafiados. (Spanish)
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The RAMAN spectroelectrochemistry allows obtaining information complementary to that obtained by the UV/VIS molecular-spectrum absorption technique, especially in the characterization of nanomaterials. In spite of the good results that can be obtained by combining RAMAN spectrum electrochemical measurements with suitable screen-printed electrodes, there is currently no commercial equipment that allows this kind of experiment to be carried out, and only a laboratory assembly based on the combination of components from different manufacturers (RAMAN confocal microscopy, laser source, potentiostat) and always using conventional electrochemical cells, since nothing exists for screen-printed electrodes. The experience in design and manufacture of screen-printed electrodes, accessories and electrochemical instrumentation available to DROPSENS, can lead to launching compact equipment on the market, where all the necessary instrumentation for the realization of measurements of RAMAN electrochemical spectrum are integrated in a single system and controlled by a single software application and especially designed for screen-printed electrodes. For this reason, this project is based on the development of an experimental device for the performance of RAMAN spectroelectrochemistry measurements using screen-printed electrodes "". (English)
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Llanera
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Identifiers
IDE/2015/000253
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