Estonia

ORGANIZATION NAME / WEBSITE

SCIENTIFIC/TECHNOLOGICAL DOMAINS

CLASSIFICATION BY TOPICS RELATED M-ERA.NET TOPICS

Tallinn University of Technology, Faculty of Chemical and Materials Technology

physicochemical characterization of industrial wastes;
mineral carbonation;
utilization of industrial wastes;
process modelling

Materials for sustainable and affordable low carbon energy technologies;
Secondary raw Materials

Univeristy of Tartu, Institute of Physics

Materials for sensors and nanoelectronic devices for novel light sources, nanophosphors, fibres and radiation transformers as well as for a variety of surface coatings, including anti corrosion, photoactive, wetting and tribological coatings.

Pooling of knowledge
Technology Transfer
International and European Research
Establish strategic partnerships with high-quality and renowned R&D institutions
Creation of new knowledge

Tallinn University of Technology, Faculty of Chemical and Materials Technology

 

Materials for sustainable and affordable low carbon energy technologies

Tallinn University of Technology, Department of Polymer Materials

Nanostructured yarns and fibres, fibrous nanocomposites, functional materials, poly-ionic liquids, cellulose based polymers, electrospinning technology, technology of plastics

Composite Technology
Materials for sustainable and affordable low   carbon energy technologies
Secondary raw materials

Tallinn University of Technology, Department of Materials Science

monograin powders, kesterites, characterization of optical and electrical properties of mterials,  multicomponent materials, CdTe, electrodes, solar cells

Materials for sustainable and affordable low carbon energy technologies

Tallinn University of Technology, Department of Materials Science

chalcopyrites,  thin films, chemical spray, sol-gel deposition, thermal analysis

Materials for sustainable and affordable low carbon energy technologies

Tallinn University of Technology, Department of Materials Science

HRSEM; EBSD; EBIC; AFM; chacterization of structural and chemical composition of different materials, thin films by different chemical and physical methods, electrochemistry, kesterites, SnS,

Composite Technology
Materials for sustainable and affordable low carbon energy technologies
Secondary raw materials

University of Tartu, Institute of Technology

Multiscale modeling of materials behaviour;
Design and modification electroactive polymer composite materials and interfaces;
developing prototypes

Integrated Computational Materials Engineering
Design of New Interfaces, Surfaces and Coatings
Composite Technology
Materials for Health
Materials for sustainable and affordable low carbon energy technologies

Univeristy of Tartu, Institute of Chemistry

multi-scale modeling of materials behaviour;
nanofabrication , micro and nano technologies;
polymer systems with nano and microcontrolled structures;
physical characterization of nanostructures.

Design of New Interfaces, Surfaces and Coatings;
Composite Technology;
Materials for Health;
Materials for sustainable and affordable low carbon energy technologies

Univeristy of Tartu, Institute of Chemistry

CER: Advanced materials and high-technology devices for energy recuperation systems

Design of New Interfaces, Surfaces and Coatings;
Composite Technology;
Materials for Health;
Materials for sustainable and affordable low carbon energy technologies

Tallinn University of Technology, Department of Materials Science

electrochemical deposition, detectors,  concentration

Materials for health

Tallinn University of Technology, Department of Materials Science

thin films, powders, solar energetics. kesterites, SnS,

Materials for sustainable and affordable low carbon energy technologies

National Institute of Chemical Physics and Biophysics

CER: Emerging orders in quantum and nanomaterials

Integrated Computational Materials Engineering;
Materials for sustainable and affordable low carbon energy technologies;
Materials for Health

University of Tartu, Faculty of Science and Technology, Institute of Physics

EU flagship GRAPHENE
Graphene-Based Revolutions in ICT And Beyond

Integrated Computational Materials Engineering;
Materials for sustainable and affordable low carbon energy technologies;