Projects

 

  • Work Package 1
    • WP1a, ESR1 – Size effects in nanostructured lead-free piezoelectrics. Institutions: NANOTEC/Tyndall UCC
    • WP1b, ESR2- Piezoresponse force microscopy of lead-free piezoelectrics. Institutions: University of Duisburg- Essen/University of Leeds
    • WP1c, ESR3- Nanostructured lead-free piezoelectrics for adverse environments. Institution: Tyndall National Institute-University College Cork/NANOTEC/University of Aveiro
    • WP1d, ESR4- Finite-element modelling of electromechanically coupled materials. Institution: University of Duisburg- Essen/National University of Ireland, University College Dublin
  • Work Package 2
    • WP2a, ESR5- Nanoscale properties of multiferroic composites. Institutions: National Physical Laboratory/University of Aveiro
    • WP2b, ESR6- Magnetoelectric effect in single-phase multiferroics. Institutions: University of Leeds/
    • WP2c, ESR7- Magnetoelectric effect in core-shell multiferroic nanocomposites. Institutions: University of Duisburg- Essen/National Physical Laboratory
  • Work Package 3
    • WP3a, ESR8 – Piezoelectricity and ferroelectricity in amino acids. Institutions: University of Aveiro/National University of Ireland, University College Dublin
    • WP3b, ESR9- Piezoelectric properties of aromatic peptides (layers, nanotubes, and arrays). Institutions: National University of Ireland, University College Dublin/University of Aveiro
    • WP3c, ESR12- Piezoelectric properties and high resolution imaging of DNA crystals. Institutionss: National University of Ireland, University College Dublin/University of Aveiro
  • Work Package 4
    • WP4a, ESR10 – Micro- and nanomechanics of Li-ion battery materials. Institutions: Robert Bosch GmbH/University of Aveiro
    • WP4b, ESR11 – Li-diffusion in Li-ion battery materials. Institutions: University of Aveiro/Robert Bosch/University of Duisburg- Essen
    • WP4c, ER1- SPM technology advancement. Institutions: University of Aveiro/NANOTEC