Activities

Nanoscale hybrids for hydrogen production through water splitting using sunlight

A consortium of European universities, research centres and companies, led by IMDEA Materials Institute, is working on the production of new, more efficient hybrids composed of nanocarbons (e.g. graphene) and inorganics (metal oxides) that can produce hydrogen by water splitting

30 November, 2016

Science week Madrid 2013

Nanoscale hybrids for hydrogen production through water splitting using sunlight

Hacia los materiales del futuro: Materiales ligeros resistentes multifuncionales

Seminario – Dr. Vinodkumar Etacheri "Nanoscale Engineering and Electrochemical Approaches to Next-Geneartion Energy Storage"

Mohammad Marvi – Multiscale characterization and modelling of polyurethane foams

Defensa de Tesis Doctoral – Ana Fernández

Guanglong Xu – “Thermo-Kinetic and Landau Modeling of Quenching and Partitioning Process in Steels”

Thesis defense – Arcadio Varona "Assessment of the Eutectic Trough and Properties of a Multiphase Alloy in the NiAl-Cr-W System"

Phd Defense – Francisca Martínez

Seminar – Dr. Nelson Sepúlveda – "Materials research meets device development: an effective approach for growing science and unveiling new technologies.

MATERPLAT Annual Meeting

Lanzamiento del Proyecto DYNACOMP.

Reunión del Proyecto Micromech – "Modelos mecánicos de superaleaciones basados en la microestructura"

Seminario – Alfonso Monreal – “Harvesting Materials Based on Carbon Nanotube Fibre for Tough Electronics”

Dr. Pedro Arrazola – "Recent advances in modelling of metal machining processes"

Alejandro García – "Modeling and Design of Energy Absorption Materials for Impact Loading"

Informe anual 2012 IMDEA Materiales

Seminar Prof. Shahzada Ahmad – Molecular engineering of materials for high performance and stable perovskite solar cells