Experimental and computational platform for design, synthesis, proof of concept and characterization of nanoparticles and nanomaterials to develop advanced multifunctional materials. Equipped with computational design and experimental instruments and installations, it includes multiscale tools to identify synthesis routes and predict final properties.
Characterization platform:E-SEM, AFM, DRX, nanopartices characterization equipment
Chemical reactor based on supercritical fluids
Computational tolos for design and prediction: Ab-initio, molecular dynamics, Brownian cluster dynamics, Quantum Monte carlo
Heat treatment programmable furnaces
Hydrothermal synthesis system of nanoparticles (two reactors)
Cement composites performance prediction and improvement
Design, development and characterization of active sol-gel materials, coatings
Design, modelling and synthesis of nanoparticles
Design,development and characterization of additives for cement composites
FUNDACIÓN TECNALIA RESEARCH & INNOVATION
Contact person: Juanjose gaitero
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