The project will carry out an exhaustive characterization of ceramic thermionic materials to determine the best conditions for obtaining and processing. Electrical conductivity as a function of temperature for different processing conditions are well described.
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VIEW PROJECTThe project will develop and characterize ceramic, vitreous and glass ceramic materials as possible advanced materials with thermionic properties
VIEW PROJECTHigh reflectivity glasses will be developed to increase thermal efficiency and minimize electrical consumption in domestic ovens
VIEW PROJECTIn this project, fertilizer glass with macro and micronutrients will be manufactured for use in the tomato crop in the Region of Miajadas (Cáceres)
VIEW PROJECTThis project will undertake a general analysis of the different test methods of composite materials initially proposed for short-or long-fibre reinforced matrices and tissues
VIEW PROJECTThis project will carry out characterizations of different types of particles used in floor and wall tiles that are currently manufactured with some type of relief in its external surface texture
VIEW PROJECTThis project will develop a unique composite material processing technology for new-design wind blades used in wind power energy
VIEW PROJECTThe project will develop functional coatings (antifreeze, anti-dirt, antistatic,...) for wind blades used in wind power energy generation
VIEW PROJECTResearch will be carried out of new ceramic and vitreous materials for use in inductance nuclei and whose final function is the development of systems of inhibition of the formation of storm lightning rays
VIEW PROJECTCarbon nanofibers developed by the AntolÃn group will be used and surface modified and functionalized in order to reinforce thermostable resins used in the manufacture of wind turbine blades
VIEW PROJECTIn this project, surface modifications of ceramic and vitreous particles will be carried out to change their acid-base functionality to be able to change their behavior in different media (water, alcohol, acetone, etc.) and cause different mobility in such media
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