Observatorio de I+D+i UPM

Memorias de investigación
Communications at congresses:
BiFeO3-Bi4Ti3O12 thin film composites prepared via an aqueous solution-gel plus spin coating deposition process
Year:2017
Research Areas
  • Chemistry,
  • Inorganic chemistry,
  • Chemistry of solid state,
  • Thin layer,
  • Materials,
  • Ceramics,
  • Nanomaterials
Information
Abstract
It is well known that, unlike single phase multiferroics, in composites the different ferroic orders do not necessarily have to coexist in the same phase. In contrast, when working with multiferroic composites, and more specifically with layered composites, a large extrinsic coupling at the interface and therefore a high volume of interfaces between the different materials represents an important parameter. This can be currently achieved, more or less effortlessly, by applying processing techniques such as PLD, CVD, MBE or RF sputtering, which hallow a high degree of crystallographic control. Despite the effectiveness of these techniques, they all involve high energy consumption in terms of temperature and/or vacuum, so replacing them by sustainable processing alternatives would be very interesting. In this frame a simple sol-gel plus spin-coating methodology is here proposed to prepare thin film composites of the potentially multiferroic BiFeO3-Bi4Ti3O12 system. Furthermore, an aqueous solution-gel routine is employed to avoid the use of typical organic solvents in a conventional sol-gel method, so further persisting on the sustainability concept. As it will be described, attempts are conducted that eventually demonstrate how by controlling the processing parameters it is possible to obtain a high volume of interfaces between dissimilar materials.
International
No
Congress
XIII Reunión Nacional de Electrocerámica
960
Place
Cuenca
Reviewers
Si
ISBN/ISSN
Start Date
21/06/2017
End Date
23/06/2017
From page
To page
Participants
  • Autor: Carlos Gumiel Vindel (UPM)
Research Group, Departaments and Institutes related
  • Creador: Centro o Instituto I+D+i: Centro de Materiales y Dispositivos Avanzados para Tecnologías de Información y Comunicaciones
  • Departamento: Electrónica Física, Ingeniería Eléctrica y Física Aplicada
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Cofinanciación del MINECO en el marco del Programa INNCIDE 2011 (OTR-2011-0236)
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